"solar panel"

This external solar shading system with aluminium sliding panels in front of the glazing means the sun's rays do not get a chance to heat up the interior directly. DucoSlide also ensures maximum privacy by screening off the glazed areas, while maintaining the view outside. DucoSlide also adds value to the façade of the building from an aesthetic point of view. The slim and robust frame profile, light weight, fine louvre blades and aluminium colour of the panels, perfectly complements the colour of the building.

Welcoming tomorrow’s doctors today at Lincoln Medical School is a 110 square metre living wall, full of healthy greenery and packing a sustainable punch alongside the building’s photovoltaic solar panels.

University of BournemouthProduct: Two Bespoke Kensington Solar CanopiesCanopy Colour: Anthracite Grey RAL7016Canopy Size: 21.9m x 4.9m eachInstallation Date: September 2017The project in briefAs part of a major infrastructure development Bournemouth University created a new transport hub to connect the University to the wider area. Shelter for waiting passengers was part of the plan. Uniquely it had to fit in with the wider design themes of the development and deliver on the University’s sustainability goals by utilising solar technology. To meet those requirements Able Canopies created a bespoke canopy design based on our stylish Kensington system. The addition of solar panels, effective drainage, plus seating and under canopy wind protection, were all elements that the adaptable Kensington can handle. The result was a standout look for a practical transport hub that provides effective weather protection and longer term pay back via renewable energy generation.Growth at Bournemouth UniversityThe new Talbot Campus development at Bournemouth University is an important and prestigious project, not just for the University but for the local area which benefits from the success of the University and its students. The £3 million investment in new campus buildings and other infrastructure is a long-term commitment that will see the University widen its learning provision and all-round facilities. Part of the benefit for students, and the wider Bournemouth area, is the construction of a new transport hub that will provide joined up public transport connecting the University campus to Bournemouth itself.  A key part of the new transport hub is the weather protection provided to passengers as they wait for buses. To ensure that this essential part of the development met the standards required of the project Able Canopies entered early design discussions with the University. This evolved and in April 2017 Mildren Construction awarded Able Canopies the works for the new bus hub.Project Proposal & InstallationThroughout the development and design process we thought that our Kensington Dual pitch would be the ideal product for this installation. The more the design developed and requirements were added, such as the solar roof panels, the more convinced we were that it was perfect for the client’s needs. The Kensington is a robust, steel frame system that will stand up to all that the weather has to throw at it. Its architectural good looks mean that it makes a strong aesthetic statement, which was a key requirement here. We worked closely with the solar panel provider Polysolar who had overall control of the installation. Their panel fitted perfectly into the Kensington roof with some minor alterations to our working method to provide clean, efficient and sustainable energy for the transport hub. In addition, we had to consider how all cables were concealed and accessed at later dates. To achieve this access panels were installed in the 2 higher posts, one dealt with DC cables from the solar panels and the other with AC cables for the lighting. The final 2 lower posts on each canopy were designed to be integral rain water pipes and dispersed all water from the roof into a drainage connection below the paving.The Finished CanopiesAs the images show, the canopies look great and they are doing their job effectively in the transport hub which is now up and running. The solar panels are producing energy efficiently and help to provide a safe and comfortable shelter for the Campus’s transport users.The Tech SpecsMain Structure 21.9m x 4.9m overall canopy size (each)Powder coated and hot dip galvanised steel frame Inclined from 3m low end to 4m high end126 PS-CT Series Solar Panels per canopy (8mm thickness)Bespoke laminated glass end panelsMicro connectors to all solar panels to ensure all cabling was discreteSabre Architectural LED lightingBespoke underground drainage connectionsBespoke electrical access panels18kw system in totalGalvanised steel cable trunking & aluminium cable trays Underside Windbreaks10mm toughened glass windbreaks fixed to heavy duty steel frameGalvanised steel & hardwood benchesStainless steel glass clamps

Prior Weston Primary, located in the City of London, required a large south facing free standing canopy that would create solar energy for their school whilst also protecting their pupils from the elements. Able Canopies designed and installed a variation on the Kensington Dual Pitch, incorporating IPV (Integrated Photovoltaic) solar glazing panels into the roof panel design to provide a solar power facility for the school.

London Square Bermondsey is a residential-led mixed use development in South-West London and comprises over 400 1, 2 and 3 bedroom homes, both private and affordable, flexible workspaces for small businesses and art studios. To clad the façade of the building, it was decided to use DucoSlide BiFold architectural external solar shading.Overcoming challengesOne of the major challenges at the time of the development was the coronavirus, that had a major impact on fabrication, delivery of materials and project deadlines. Michael Brainbridge, Site Manager explains : «Despite the challenge with the coronavirus, we have overcome this smoothly and can now easily say the product we installed is to a good standard and every party concerned is happy with the result. »Quality-finishing in prestigious projectThe high-end, large-scale project, which was finished in the first quarter of 2022, is located in one of the busiest areas in London. The complex consists of residential buildings beside cozy squares and pedestrian paths and truly oozes luxury and prestige.The DucoSlide BiFold panels blend perfectly into these luxurious surroundings and accentuate the façade design of the building effortlessly.  The panels are built into a frame that slides away completely. This creates a clear-cut aesthetic difference between the open and closed positions.Michael Brainbridge continues: “ The benefit of the DucoSlide BiFold sunscreen is that it is light, durable and very functional. The panels are easy to handle, easy to install and the finish of the product is of a high standard and quality. Thanks to the DucoSlide panels, the building's appearance has been raised to a higher level which perfectly matches the environment.”

The designers for the new offices in Atherstone, Warwickshire focused on creating a building that would be in tune both with its rural surroundings and also with the inventive and artistic profession of the occupants. The premises are the headquarters and design studio for a well known video game development company.The design of the building is based on a large barn with attractive contemporary wooden panelling and external posts and beams. Running alongside these posts and beams is dramatic bespoke aerofoil solar shading and weather louvres.As a perfect colourful contrast for offsetting the wood, ‘Copper Mine’ - gives the effect of patinated copper or Verdigris. The project comprises of 475 linear metres of 170mm elliptical aerofoil blades.The final effect of the blue/green aerofoil fins set against the wood is stunning as the images show. ‘Copper Mine’ is a textured finish and will give a pleasing variation in shade as sunlight moves across its surface

Watling Place, situated in South Kilburn in London, contains 152 apartments. The project is part of upgrading work being carried out in the London Borough of Brent.The DucoSlide sliding panels consist of aluminium frames holding wooden or aluminium louvre blades. Thanks to the wide selection of louvre blades, the architect or client always has a large choice that will seamlessly fit any project. The architect opted for DucoSlide Wood wooden louvre blades. These louvre blades lend the façade a warm appearance and are an effective solution for regulating solar heat and the privacy of the residents.

Location: Clitheroe, LancashireProject: EducationalProduct: Elliptical Aluminium Fascia with Secret Fix Panel SystemShadex 260 Solar Shade Vertical Stack (Structural Steel Support)100mm Round Contemporary Aluminium Pipe​Finish: Syntha Pulvin RAL 7039 Matt Quartz GreyFire rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Client: Stonyhurst CollegeArchitect: Cassidy + Ashton ArchitectsMain Contractor:  Globe Construction ManagementSub Contractor: Blackwell Stanistreet

This new build project in the centre of Cambridge combines a Sustainable urban Drainage Solution (SuDS) with vegetation and renewable energy in a warm roof construction.The client for the Department of Civil Engineering at Cambridge University, R H Partnership, identified sustainability as being a key driver in the design of the roof, but also sought a single source supplier that could provide a guarantee for both workmanship and products. Bauder’s systems range encompasses products to meet all the sustainability objectives, and with our network of approved contractors carrying out the installation, we could offer the comprehensive guarantee that was required.Bauder Building BoardProject:Cambridge University Department of Engineering​Location:CambridgeRoof Area:1610m²Client:University of CambridgeSpecifier:RH Partnership ArchitectsMain Contractor:SDC LimitedApproved Contractor:Voland LimitedThe specificationTo meet the sustainability criteria set out by the client, the Bauder technical team designed a roof system combining an extensive blue roof, a green roof and a solar PV array. The first and most fundamental element of the roof system though is the waterproofing. Bauder Total Green Roof System (BTGRS) was selected as it provides robust and durable waterproofing with a life span in excess of 35 years, as validated by BBA Certificate 10/4744. The Plant E cap sheet has also been tested by the FLL to ensure long term root-resistance, making it ideal for use in conjunction with the BauderSOLAR G LIGHT system. The BauderSOLAR G LIGHT system is a unique way to combine rooftop vegetation with renewable solar energy. The PV panel mounting boards are held in position using the growing medium as ballast, meaning the waterproofing is not penetrated and therefore compromised. The mounting boards incorporate a water retention feature which allows a small amount of excess rainwater to be stored for short periods of time for the various plant species to feed from. The BauderSOLAR G LIGHT system’s unique mounting system lifts the panels above the vegetation allowing the plant life to grow freely and therefore qualify a greater area of the roof as biodiverse.In addition to the BauderSOLAR G LIGHT system, a blue roof was added to the build-up. Blue roofs are sustainable drainage solutions designed to manage stormwater on a flat roof to reduce water runoff rates and ease flash flooding and standing water in built up areas. The BauderBLUE Roof System attenuates water from a flat roof over a 24-hour period via a restrictive flow outlet. Calculations are carried out to determine the rate at which the water should egress the rooftop. This is determined by the local planning authority and is often set as low as 5-8 litres per second per hectare. With these calculations, Bauder can design each flow restrictorto meet the necessary runoff rate. For the Department of Civil Engineering, the main roof area of 1455.5m² required two flow restrictors, each with flow control holes to ensure the specified discharge rate of 0.77 litres per second was achieved. The maximum depth of water the roof is designed for is the H-max. When the water level reaches H-max, it will drain via the emergency overflow pipe. These overflow pipes are set at the same height as the H-max level. On this project the H-max was calculated to be 99mm. Although an unlikely scenario, this provision for a ‘once-in-a-hundred-years’ storm event will ensure that the structural integrity of the building is always preserved.Project challengesThe roof deck was constructed using a pretensioned concrete plank roof structure. Due to the large span of these planks, the dead load weight to the roof would be restricted. This being a blue roof with green landscaping and PV (a reasonably heavy build up), presented the issue of balancing the need of the roof design and the weight restriction of the supporting structure. To add to this challenging scenario, the pretensioned deck did not provide a completely flat finish. When installing a blue roof, a flat deck with no positive or negative falls is essential, as detailed in the 2018 update of BS 6229 – Flat roofs with continuously supported flexible waterproof coverings. To overcome this onsite challenge,the final deflection of the fully loaded roof was calculated and the concrete deck was screeded to give a flat finish.The resultBauder believes this project to be one of the first of its type in the UK to bring together so many rooftop systems in one space. Project management and clear communication was paramount in order to ensure a smooth installation. The Bauder project team consisted of green roof and solar PV product managers, area technical manager, technical design team, site technicians and approved installers for the waterproofing.With all the different elements being installed, green roof and solar PV product managers worked with our technical team to design the best possible PV array configuration for optimum energy generation whilst also qualifying for the maximum biodiverse area.Bauder site technicians worked closely with Bauder approved contractors, Voland Asphalte Ltd, to ensure works were kept to schedule and that a high quality of workmanship was maintained throughout.To ensure the landscaping is maintained, irrigation was installed by Access Irrigation Ltd. The system, Permadrip Pro, is a drip line irrigation system with anti-syphon design to resist clogging and pressure regulation. Due to the specialist nature of the irrigation system, Access Irrigation Ltd provided a bespoke design service.The result of this network of expertise was a multi-faceted support service for the client, specifier, main contractor and roofing and PV installers. System installed1 BauderPLANT E 42Green, 5mm torch-on root-resistant capping sheet.2 BauderTEC KSA DUOA self-adhesive, elastomeric, bitumen underlayer. This underlayer was used to ensure thorough sealing of lap joints in low temperatures when the roof was installed.3 BauderPIR FA-TETissue-faced flatboard insulation faced on both sides with aluminium foil to provide efficient thermal output.4 Bauder Super AL-ETorch-on air & vapour control layer. Once installed on the concrete pretensioned plank deck, it can act as a temporary waterproofing layer, allowing internal works to be carried out immediately which was a huge advantage on this new build project.

University of West LondonLocated in the heart of England’s Capital, the University of West London (UWL) is committed to playing a leading role in tackling the global climate crisis by becoming net zero carbon by 2030. The University reported a 60% reduction in carbon emissions in 2021 compared to 2005. However, with a long way still to go before it is able to operate at net zero, UWL welcomed a £5 million award from the Government’s Public Sector Decarbonisation Scheme (PSDS) in 2021. With aspirations to retrofit its main sites in Ealing and Brentford, the funding unlocked a major opportunity to improve air quality around the borough whilst taking a big step towards meeting its net zero pledge by 2030.The SolutionUWL contracted Ameresco as principal contractor and designer, who partnered with NIBE Energy Systems and JKN Renewables, Ltd. The first and main challenge was to design a ground source heat pump (GSHP) system for the university without disrupting the main car park on the campus to reduce the impact on students. This, in turn, resulted in an innovative solution, combining a ground source heat pump system working with boreholes and solar PVT panels. The designed system not only supplies 222 kW of PV electricity generation but, crucially, acts as a collector system for the GSHP, capturing naturally occurring energy in the air to drive the heat pump process, and therefore reducing the number of boreholes required. The old gas boilers previously heating the campus were replaced with 584 solar PVT panels in combination with 34 169-meter boreholes to provide 900 kW of heating and hot water throughout the site. Further reducing disruption across the campus, JKN Renewables carried out an off-site build, with the pre-built PVT and plant room modules being delivered on time despite constraints caused by the COVID-19 pandemic. The heat pumps and solar PVT were supplied by NIBE Energy Systems, and JKN Renewables undertook the design, installation and commissioning of the system.The ResultsThis transformation really highlights the benefits of combining multiple technologies to deliver efficient, low-carbon solutions. Whilst the full capacity could have been delivered using boreholes, which would have been a less costly option, the University welcomed the installation of PVT as an innovative and space-saving option.The major project will save an estimated 500 tonnes of carbon each year, and 9,460 tonnes across the equipment’s lifetime. It will also save 3,116,738 kWh of gas-derived energy per year (equivalent to 70 heated homes) whilst improving local air quality.The project is thought to be one of the world’s largest PVT projects, and positions UWL as a leader in higher education for addressing the climate crisis. The project was recognised by the Energy Managers Association’s (EMA) Energy Management Awards, receiving the Highly Commended designation in the Decarbonisation Project Category.Testimonial“We have invested more than £150 million in our campus recently to create an inspiring social and learning environment for our students. But we know all this great work will be for nothing, unless we do our bit to tackle climate change. We have been taking a leading role in our community to tackle the global climate crisis… Recently, the university declared a climate emergency and pledged to become a zero net carbon institution by 2030. A big step to meeting this pledge, has been our decarbonisation program, that has seen the university harness the latest renewable technology to create our own energy and introduced energy saving measures across the campus. Backed by more than £5 million of Government funding, the project is the largest of its kind in the higher education sector, and really underlines our ambition to be one of the most sustainable universities in the UK.”Anthony WoodmanProfessor, deputy vice chancellor and provost for health of the University of West LondonAbout the installerJKN Renewables are specialists in low energy heating, cooling and hot water systems. They provide design, consultancy and installation services to both domestic and commercial sectors, with a range of experience in the renewable heating sector. They pride themselves on providing expert advice and quality installations of ground and air source heat pumps, underfloor heating and solar thermal.See a full video of the project here

For the new distribution centre at Schiphol Trade Park along the A4, living walls have been realised with MobiPanel, the living wall system from Mobilane. With a total surface spanning 750 m2, the facades of the new distribution centre is greened with the latest generation vertical green from Mobilane.Sustainable and innovative distribution centreA lot of attention has been paid to the appearance of the new distribution centre. With the design of Dedato Architecten, sustainability has not only been taken into account on the inside, but also sustainability at the outside of the building has been taken into consideration by including nature-inclusitivity. Dick Venneman, architect and owner of Dedato Architecten tells: “It is a building with its own characteristic appearance, a landmark from the highway. The building is in its materials friendly and accessible. The different surfaces in the facade gives it a human approach. The living walls and the vertically placed solar panels tells something about the sustainability of the building and plays a role in the preservation of biodiversity in the area”. In addition, the MobiPanel living walls makes the environment more sustainable and improves air quality. The installation of the living walls was carried out by Mobicare in collaboration with Zoontjens Boomprojecten. In addition to the living walls, Zoontjens also installed two large roof gardens with various trees, shrubs and 2,600 MobiRoof ECO sedum cassettes totalling 650 square metres.Distribution centre 2.0 Schiphol Trade ParkThe building spans 30.000 m2 of which 3000 m2 is available for offices. Under the distribution centre, there is a car park spanning 7500 m2 with space for 270 cars. The construction of the new distribution centre began in 2020 and is delivered by Dijkham Bouw BV. “From the environment, wellbeing and to prevent a paved environment, for the design it has been chosen to implement living walls, green roofs and ground level. We are very satisfied about this procedure. The execution is very good, the communication was good”, according to Marcel Smeets – Coordinator at Dijkham Bouw BV. The distribution centre was developed by Minerva Development. Minerva Development is an independent developer with years of experience in the development and realisation of business premises. “Since Schiphol Trade Park has set the goal of becoming one the most sustainable logistics centre, as developers we were very happy to take on the challenge. Next to all other facilities such as solar panels, we have opted for a lot of greenery in the design. Not only on the facades, but also in the surroundings of the building and on the roof. We are very happy with the end result and proud of the fact that because of the living walls, this is by far the most beautiful DC in the area. We are very curious about what the result will be over a few months when everything is in bloom”, Bob Lukassen – Minerva Development.Latest generation vertical greenFor greening the distribution, it was chosen for the new living wall system MobiPanel from Mobilane. MobiPanel is an innovative, sustainable and lightweight system for living walls. It is a modular and circular system consisting of omega profiles and pregrown plant cassettes (40 x 40 cm), provided with an automatic irrigation and drainage system. The plants in the cassettes receive water through capillary action. MobiPanel can be installed on flat or curved walls and is suitable for different types of walls, including certain types of sandwich panels. For the facades of the new distribution centre, sandwich panels from Cladding Point have been used. “With Mobilane, as a global expert with many years of experience, we can continue to lead the way in innovation and sustainability. Cladding Point and Mobilane are ready for the future together”, Frank Janssen – Managing Director at Cladding Point. Cladding Point’s Design+ Carrier sandwich panels contribute to the highest BREEAM category.Client: Minerva DevelopmentArchitect: Dedato ArchitectenConstruction period: 2021Installation: Mobicare

The University of the West of England (UWE) quadrupled its solar generating capacity through the installation of 1,731 solar panels, enabling it to produce over 400 MWh of electricity each year and making it the largest solar panel array in the UK university sector.

The eight storey building Faraday House in London is clad in hand-finished copper alloy, reflecting warm light into the spaces around it. But uncontrolled and excessive sunlight can seriously disrupt the experience of comfort. For this reason, the architect opted for structural solar shading. The DucoSlide panels ensure a drop in the average indoor temperature of up to 12% to combat overheating.The Faraday House in London is a  building with imagination; offering a dazzling composition from the Victorian Railway Bridge. The apartments are part of Circus West Village, the first phase of the Battersea Power Station redevelopment.Full height windows frame views of the River Thames and landscaped courtyard, enhancing the feeling of space and light, whilst private terrace balconies and roof-top gardens provide outdoor space.The eight storey building is clad in hand-finished copper alloy, reflecting warm light into the spaces around it. But uncontrolled and excessive sunlight can seriously disrupt the experience of comfort. For this reason, the architect opted for structural solar shading. The DucoSlide panels ensure a drop in the average indoor temperature of up to 12% to combat overheating. The perforated screens animate the façade and provide home owners with additional solar and acoustic control.The result? A better quality of life for residents and a striking composition for visitors as they travel into London Victoria station.

Childcare Center, Bruges CHALLENGE Day after day, De Kleine Wereld (The Small World), a building complex composed of 4 separate blocks, is buzzing with activity. Hardly surprising, since this Social Welfare building has been housing a childcare centre for many years. As the building was expanded with a modern new-build extension, it was decided to replace the roof of the existing building as well. After barely 10 years the weathered zinc roof with a solar panel installation was ready for refurbishment. It looked as if the carrier system for the PV panels on the zinc roof could not withstand the high wind load: the zinc had been torn o from roof structure. This resulted in moisture and condensation problems in the building below. Owner, Mintus, was looking for a durable, waterproof and aesthetic solution for the curved roof, and, above all, a reliable system for installing photovoltaics. For the architect it was important that the appearance of the existing metal roof was somehow preserved, preferably with a slightly more modern touch. In-addition there was an important practical issue as well: under no circumstances could the childcare facility be moved to another location during the refurbishment works. So, fi re safety was paramount as well. SOLUTION Building owner, Mintus, fi nally opted for the mechanically fi xed PVC-P roofi ng membrane RENOLIT ALKORPLAN F. The main and decisive reason behind this choice was the innovative RENOLIT ALKORPLAN Solar system, a secure, ultralight and versatile carrier system for mounting photovoltaics. RENOLIT ALKORPLAN Solar has been active on the market for over 10 years without the slightest issue. Direct proof of the reliability and durability of this unique RENOLIT system. For Mintus, the benefi ts were clear.

The Crouch End Picturehouse in North London is an interesting example of how Kalwall® can be used to convert an ugly 1950’s concrete building into a state-of-the-art space suitable for the 21st Century.  •   This project by Panter Hudspith Architects forms part of a wider initiative within the London suburb of Haringey aiming to re-establish the area as one of London’s cultural and arts centres. The result is a remarkable transformation of a building, originally a factory then an office, into a £4.5 million cinema complete with café, bar, restaurant and community rooms.  •   The unique style of this four-screen cinema has attracted much interest, not only because of the dramatic transformation but also because of its new external elevation. •   The use of Kalwall, coupled with other sustainable measures including solar panels and a green wall, means the picturehouse has achieved a BREEAM rating of Very Good. The Solution Panter Hudspith Architects replaced the original curtain wall and specified Kalwall® for the front elevation. Unusually, this unique translucent cladding is fitted with a tight 150mm wide grid, known as Verti-Kal™, which not only serves to emphasise height but is the first of its type in the UK. On this scheme the Kalwall panels also insulate to 0.78 w/m2 making the building eye-catching and sustainable. Unlike conventional glazing, Kalwall eliminates shadows and glare and the stark contrasts of light and shade. The system also enhances simplicity by eliminating the need for blinds, curtains or solar control. Even on cloudy days, the interior is bathed with natural daylight, which means less artificial lighting and, because Kalwall is highly insulating, energy costs are reduced. Kalwall is increasingly being used in the UK for new buildings and also for the refurbishment of cladding or rooflights on aged buildings. One of the main attractions of specifying Kalwall is its unique effect on both the interior and exterior. Although translucent, it offers the big advantage of privacy while the elevations appear crisp and simple. When illuminated at night they emit an inviting ethereal glow.  The CommentsArchitect James Jeremiah comments, “This is the first time we’ve specified Kalwall and it fulfils our vision of retaining the modernist characteristics of the building. One of our original concepts for the building was of a zoetrope (one of the earliest forms of moving image) and there’s a strong history of using transparency in films with people moving behind the shadows. We felt the Kalwall system was a very good fit for what we wanted to achieve”. Amanda Birch, Technical Editor Building Design writes, “To appreciate fully the building’s transformation, it is best viewed from the street. The concrete structure has been retained along with its striking line of concrete columns, which are now a strong feature of the front elevation. The original coloured insulated glass panelled system has been replaced at first and second floor levels with Kalwall’s 75mm thick insulated cladding system creating a dynamic façade that is particularly effective at night.

DUCO contributes with sun protection to the £78m project for The University of Manchester. The architectural sun control DucoSun Ellips 200 mm, supplied by Contrasol, was chosen for the Fallowfield campus. The solar shading is so much more than decoration.About the Fallowfield CampusThe Fallowfield is a student accommodation with 8 multi-storey blocks including a Warden’s flat and Energy Centre, amenity hub, landscaping and external works. Each residence will have 10 bedrooms per floor with ensuite bathroom pods and a shared kitchen. 1,122 student rooms are spread over the blocks with a combined floor area of 32,020m2. The Fallowfield Campus is the main residential campus of the University of Manchester. It’s a vibrant place where thousands of students live alongside residents – creating e a real sense of community. The mix of shops, cafes, bars and a frequent bus service to and from the city centre makes it an ideal location to live.Construction detailsThe blocks are constructed using pre-fabricated lightweight steel framing system panels which provide structure to the building when used along with composite concrete floors. External materials are predominantly buff brickwork with feature elevations picked out in charcoal fibre cement slate roofing and cladding. Study bedrooms incorporate built-in storage and furnishings and a high specification pre-fabricated GRP en-suite shower pod.  Solar shading is much more than decorationThe vertical solar shading system DucoSun Ellips was chosen for this project and supplied by Contrasol. This solar shading system, in which a blade with of 200 mm was chosen, guarantees not only maximum daylight, thanks to the optimal inclination angle and number of louvre blades. At the same time, DucoSun Ellips 200 ensures that the sun’s rays do not get a chance to heat up the Fallowfield interior spaces directly. The vertically installed solar shading system offers maximum privacy while maintaining the view outside.

In 2020, Paul Dow Joinery approached us to create the kits for a two 5 bed house luxury development he was undertaking in Burntisland. The client wished to create energy efficient, large open-plan house's with wrap around balconies and large glass expanses to allow lots of solar gain but also draw attention to the amazing view of the River Forth right across to Edinburgh.Fast forward to July 2023 and we've only been on site for 4 days and look at the headway that has been made on the first property. The ground and first level are almost complete and ready for the roof. The client has opted for a large glazed roof panel to allow light through the mezzanine level down to the ground level.The houses will promote various renewable's including an air source heat pump, underfloor heating, solar panels and triple glazing to compliment the high level of air tightness provided by the SIPS system.

South Lanarkshire College (SLC) in Scotland has opened a new, ‘zero-energy’ teaching block on its East Kilbride campus. Specifically designed with first-rate environmental credentials in mind, it boasts a whole host of efficiency-enhancing measures – including highly insulated floors, walls and roofs, triple-glazed windows, low-energy lighting and electrics, rainwater harvesting and solar PV panels on the roof. The college approached NIBE Pro Installer Anderson Floor Warming and Renewables in search of a system that would meet the heating requirements of the eight-classroom block in the most sustainable, cost-effective and reliable way possible.The SolutionSLC already has a range of NIBE products in its on-site renewables training centre, which students use for practical sessions, so a heat pump from NIBE was the natural choice to heat the new block. Mike Anderson, director at Anderson Floor Warming and Renewables, specified, designed and fitted a NIBE F1345 40kW ground source heat pump (GSHP) system to complement the building’s water-based underfloor heating, which operates at similarly low flow temperatures.ResultsNow up and running, the NIBE system is so efficient that it has been awarded a rating of A+++ in line with energy labelling criteria under the ErP Directive. SLC’s new teaching block has become the first building in the UK to achieve a BREEAM sustainability rating of ‘Outstanding’, with the facility excelling in all 10 assessment categories – from energy, waste and water to health and wellbeing.Customer Testimonials“We pride ourselves on our forward-thinking approach to sustainability at SLC, and we couldn’t be happier that our new teaching block has been deemed ‘Outstanding’ by BREEAM assessors. The NIBE heat pump system and the solar PV panels combined generate enough renewable energy to meet the block’s entire heating and power needs, making it a ‘zero-energy’ building. It really is a huge asset to the whole college – not only from a resource point of view, but also as a real-life example of sustainability in action. As well as being a valuable learning space for our construction and energy students, it’s a place for us to bring local businesses and community groups, and showcase the benefits of low-carbon, low-resource buildings first-hand.”Stewart McKillop, principal at South Lanarkshire College

Case studiesAn artistic interpretation of multicultural interactionWith 3.5 million inhabitants, the region surrounding the Twin Cities of Saint Paul and Minneapolis is among the 20 largest metropolitan areas in the United States. The Mississippi separates the capital of Minnesota, Saint Paul, from Cedar-Riverside, which is also known as West Bank. Day by day, tens of thousands of people commute between these three communities to get to work, university or school. The state implemented a comprehensive municipal rail project to bring the 100-year-old infrastructure consisting of buses and congested roads into line with these requirements. A key element of this mammoth project is the so-called Central Corridor Light Rail Transit (CCLRT) with the transport hub West Bank Station. The AECOM firm of architects designed a two-story station at this location. To ensure protection from the sun, the building was provided with large-scale cladding in the form of Omega 1510 and 1550 metal fabrics from GKD – GEBR. KUFFERATH AG. Through etching and the addition of stainless steel birds, the shimmering façade was transformed into an expressive work of art that reflects the eventful immigration history of the region. Scandinavian immigrants sought a new life in the settlement on the upper stretch of the Mississippi in Minnesota, USA, in the middle of the 19th century. These initial settlements grew to become the Twin Cities of Minneapolis and Saint Paul, which are today an important economic and cultural center in the Midwestern United States. As the manufacturing industry went from strength to strength, the region attracted increasing numbers of migrants from all over the world from the beginning of the 20th century onward. Today, the region is viewed as a melting pot of nations, where over 100 different languages are spoken. However, the rapid population growth also took the transport infrastructure of the densely populated area to its limits as early as the 1970s. As a result, planning work on the largest local transport project in the history of Minnesota began in 1981, which also comprised the Central Corridor Light Rail Transit with the METRO Green Line. Today, this connects the centers of the Twin Cities with several of the most populous areas in the conurbation, also crossing the Mississippi.A real eye-catcher: multifunctional solar protectionThe architectural firm AECOM, which was charged with the task of realization, concentrated not only on functionality and aesthetics, but also on public art when designing the stations. For the particularly well-frequented West Bank Station, they chose a solar protection façade made of GKD metallic fabric. The textile skin in front of the extensively glazed station reflects sunlight, thus preventing the two-story building from heating up excessively in summer. At the same time, its transparency grants unhindered views of the outside surroundings and also, through the interior lighting, from the outside in. This visibility conveys a feeling of subjective safety to passengers. Meanwhile, the high light transmission of the woven structure ensures a pleasant atmosphere and lots of natural light. Despite its intricate feel, the robust stainless steel fabric will withstand the adverse weather conditions that often prevail here with wind, rain, snow or frost for many years. The fabric even provides effective protection from the vandalism so often seen at public transport stops. What’s more, the material guarantees the cost-effectiveness required for transport buildings thanks to its durability and freedom from maintenance. The shimmering membrane couples this complex and broad range of functions with an extraordinary visual appearance: as a delicate veil, it follows the stepped architecture of West Bank Station and lends a sense of visual peace to its detailed façade. Spotlights fitted outside create targeted light effects that change according to the position of the viewer and thus give the transparent fabric an unexpectedly opaque appearance.Signs of life: a public work of artThis effect is given an additional dimension thanks to a creative interpretation by Nancy Blum, an artist, critic and art lecturer who is very well-known in the USA. The architects’ concept for three of the city stations for CCLRT included her integrated artworks. The woven stainless steel fabric skin at West Bank Station inspired Nancy Blum to create an artwork visualizing the eventful history of Cedar-Riverside as a transit point for people from many different nations. That’s why the metal fabric panels in front of the stairways were to be decorated with ethnic patterns, with designs reminiscent of the three main regions of origin of the immigrants – Scandinavia, Asia and Eastern Africa. GKD realized this artistic idea by means of etchings on the Omega 1510 fabric. The smooth upper surface and relatively dense structure of this fabric make it particularly well-suited for this procedure, in which the fabric surface is modified slightly. On the basis of the patterns designed by Nancy Blum, GKD produced a screen that covered all surfaces that were not to be altered. The fabric specialist then used a blasting agent to modify the metallic surface precisely according to the artist’s specification. The durable patterns created using this method were instantly resistant to UV and severe weather conditions without the need for any special treatment. Daylight transmittance also remains just as high. Depending on the incidence of light and the viewing angle, the patterns can appear either transparent or opaque. However, they derive their special effect through their seamless integration into the building. Nancy Blum added a third dimension to these etched patterns by having silhouette-style pictures of migratory birds typical of the regions mounted on both treated and untreated woven panels. These large stainless steel motifs link the coming and going of the various migrant groups with that of the migratory birds, which follow them on their journey along the Mississippi. Combined with the ethnic patterns, this creates an almost poetic image of dynamic interaction in a region steeped in such a rich tradition.

Hexham and Northern Mart is an auction house in Hexham (25 miles west of Newcastle), specialising in the sale of livestock and cattle to farmers across the North East of England. The business decided it was time to replace its old gas-fired heating system with a more sustainable alternative – one that would not only reduce energy consumption and running costs, but also earn additional income through the Renewable Heat Incentive (RHI). Minimising impact on day-to-day operations during the transition was another key consideration. Managing director Robert Addison tasked renewable energy specialist and NIBE Pro Installer Calibrate Energy Engineering with finding the right solution to meet the heating and hot water demands of the 112,050sq ft building.The SolutionThe team at Calibrate specified, designed and installed a 300 kW renewable heating system made up of five 60 kW NIBE F1345 ground source heat pump (GSHP) units. They paired this with a 50 kW solar PV array, fitted to the roof of the main pen area, which partially powers the NIBE GSHP system. The in-ground heat collectors required for the GSHP were laid in the fields around the buildings, with the controls units sited in a prefabricated plant room to the rear of the premises. The installation took just three months from start to finish, and during this time it was business as usual for Hexham and Northern Marts.ResultsDocked together in a cascade for greater output capacity, the five NIBE F1345 GSHP units now meet 95% of Hexham and Northern Marts’ 394,000 kW/h annual heating and hot water demand. Meanwhile, the 50 kW solar PV array generates enough free electricity to offset a significant 50% of the power needed to run the GSHP system. Hexham & Northern Marts is set to make a 236% return on investment – reaping an estimated £862,000 in energy savings and commercial RHI payments over the next two decades.Customer Testimonial“We couldn’t be happier with our new renewable heat and power sources. As well as delivering instant reductions in energy usage and subsequent savings on heating bills, the NIBE GSHP solution is providing us with a steady stream of income for the next two decades, thanks to the RHI. The power produced by the solar PV panels is an added bonus, and makes running the heat pump system even more cost-effective.“As a result, we’re expecting to see returns of more than double our original investment over the next 20 years – which is absolutely invaluable from a business point of view. Not only this, but we’ve got an efficient, reliable renewables setup that’s fit for the future, and will continue to deliver ongoing savings for years to come.”Robert Addison, managing director, Hexham & Northern Marts

This school designed by SAPP Design features many spaces for collaboration and areas that promote an active learning environment. Featuring Longboard® 6" V-Groove in Light Cherry, the most cutting edge feature of this project is that it is Net Zero capable. A Net Zero building is one that uses little energy and is powered completely by solar panels and/or wind turbines. This project will not initially include solar nor wind power, but will be a very low energy consumer, so the future addition of solar/wind power will make it Net Zero and completely off the utility grid.

Denbighshire Council has become one of the first local authorities in the UK to pilot a new type of solar pitched roof system, with the aim of cutting maintenance costs and helping tenants reduce their energy bills. The pioneering refurbishment scheme has seen Marley’s full pitched roof system, with integrated solar panels, installed on 110 homes and surveys are already taking place for a second, larger phase. 

ADRA, the largest social housing provider in North Wales, has collaborated with Marley on a new build project that deploys a solar PV solution on the roofscape. Key to its success was the spirit of teamwork that saw Marley support ADRA throughout the project’s journey. Based in North Wales, ADRA is responsible for 6,800 properties and supports 15,000 local residents. Embarking on its own sustainability journey, the social housing provider needed an effective solar PV solution for the roofscapes of two new semi-detached properties constructed in Bro Pedr Fardd, Gwynedd. A total of 12 Marley SolarTile® panels were specified across the two properties, with the objective behind the product choice, ensuring that the tenants would have access to a clean, sustainable, and cheap energy source to support their daily lives. The need to decarbonise housing stock and create energy efficient, sustainable homes for the future is a vital element of the UK’s progress to net zero by 2050. With regulatory changes to building regulations under Part L now mandatory, those charged with delivering new homes are seeking practical and cost-effective ways to ensure compliance while building high performing homes.

The recently built front extension creates a new threshold for the church, encompassing a large multipart Flushglaze fixed rooflight from Glazing Vision. The rooflight works to fill the entrance lobby with natural daylight and helps to create a lofty, open space with character.Utilising frameless rooflights to accentuate this highly contemporary home, CDC Studio have adopted the perfect balance of imagination and persistence. Designed as a ‘forever home’ for their retired clients, this house is accessible, highly contemporary, low energy, sustainable and secure.Having approached CDC Studio, to create a home which was not too big for two, but big enough to accommodate village parties and wider family coming to stay.CDC Studio replicated the thatched barn and knitted into the local community, encapsulation the character of the village through local crafts and materials of flint, red brick, timber shutters and estate fencing complimenting this with the use of zinc to echo the agricultural aesthetic of the original land use.Adopting a thoroughly modern approach, the kitchen, dining and living spaces are open plan to allow for social gatherings and to provide a smooth flow throughout the home. With three Glazing Vision secure by design flat rooflights along the roofline, natural daylight is allowed to fill the property and create an open space for the homeowners to enjoy.The kitchen sits under a column-free, steel rod hung mezzanine with acoustic damping which was rigorously engineered to avoid the reverberating noise. This creates a sense of enclosure to the kitchen whilst allowing CDC to achieve the fully flexible family / party space requested beyond.Two Glazing Vision electric Visionvents have been included to deliver a continual air flow running through the property and providing a constant temperature and source of natural daylight into the entertainment area of the home.To compliment the contemporary style of this house, a Glazing Vision Sliding over Roof rooflight has been installed, whereby the entire section of glazing retracts out onto the roof space, leaving open, unimpeded views of the sky above. When closed, the amount of glass is maximised to maintain an almost frameless appearance.“CDC Studio have been specifying Glazing Vision for a number of years and our clients have always been very pleased with the results. A combination of standard products and the option to deliver a bespoke solution means that Glazing Vision cater for all types of projects and affordability whilst products are well made and come with the addition of guarantees.” Delphine Dryer, Associate Director CDC Studio.The character of the thatched barn is emphasized by embracing its full height to the ridge, offering modest but usable guest rooms wrapped in painted timber boarding. These were identified for immediate family use, the height helping to overcome their narrow nature on plan, integrated wardrobes, back panels and pegs for hanging make them hard working spaces. A separate master suite spreads into the new volumes providing dressing, bathroom and a private patio area which offers the clients a place for quiet retreat when guests are staying.The house boasts its own private ‘Gin and Tonic’ balcony. The mezzanine space creates a private second sitting area with a concealed timber stair nestled between concrete sheer walls to provide access. It is quiet yet connected to the main space, and commands views to the west with a fully opening sliding over roof rooflight to let the outdoors in. A separate guest suite and shower room afford privacy to occupants and visitors alike.The extended roofline and orientation provide solar shading to the solar controlled west facing glazing with the careful positioning of rooflights to prevent overheating in the height of summer, plus water runoff is directed to a salvaged historical water trough which the clients will use to water the garden. The linear design is extended into the immediate landscape with water rills extending out like fingers into the wider area which over time the clients will begin to accentuate with their planting.This project showed the right combination of imagination and persistence, creating a home which not only fits in with the local village heritage but also manages to stand out and create a ‘wow factor’ for those which bask in its glory.“We have recently been impressed with their ability to comply with the secure by design requirements which not all companies seem aware of. We have used the fixed and venting rooflights on our Stacked house and Y house and a massive bespoke sliding rooflight on our Parkhouse which the clients adore.” Delphine Dryer, Associate Director CDC Studio.

Project Name: AMRC - Advanced Manufacturing Research Centre North WestLocation: Samlesbury, LancashireMain Contractor: Cartwright PickardCompletion Date: 2021Total Cost: £11mServices Provided: RIBA stages 1-6, Architectural DesignAwards Received:Finalist in BCO Northern AwardsBest Commercial Development in the North West at RICS AwardShortlisted for Project of the Year at Construction News AwardsLancashire Project of the Year at North West Construction AwardsSystem Supplied: Bespoke Fabrications, LandMark I, SnapLok Capping, Soffits, Window LinersFusion Facades, along with AMS Cladding Limited and the supply chain, provided a high-quality facade for the University of Sheffield's Advanced Manufacturing Research Centre North West (AMRC) project. Despite the challenges posed by the global pandemic, Fusion Facades was able to adapt and deliver exceptional service.The AMRC is located at the entrance to the Samlesbury Aerospace Enterprise Zone and features a modern workspace with a flexible high-tech workshop. To blend the 48,000 sqft building into the rural surroundings, lightweight bronze metal cladding was used over a landscaped bund.As a flagship research centre for advanced manufacturing, the AMRC had to meet the highest environmental standards. The office and seminar rooms feature horizontal glazing slots with projecting cappings and perimeter framing for passive solar shading. Reflective solid panels are used within the curtain walls to reduce solar gain while retaining the articulated openings that distinguish the office and seminar rooms from a nearby main road.A neutral colour was chosen to catch the warm tones of the morning and evening light while subtly defining the different internal uses. To break down the mass, junctions between the sheets are articulated with bronze fins denoting where the structural grid occurs internally.Overall, the AMRC project has received numerous accolades and is a testament to the outstanding work done by Fusion Facades and their partners in delivering a high-quality, environmentally sustainable research facility.

Extruded aluminium solar shading and screening systems cover the exterior of the new car park at the redeveloped Broadmarsh Shopping Centre in Nottingham. The solar shading screen by Maple Sunscreening is a stylish way to keep the lines and aesthetics of a building interesting, contemporary and smart, and to add colour and texture. The new Broadmarsh Centre is a key part of Nottingham’s plan to become the UK’s first carbon-neutral city. The site will have natural green spaces at its heart and will provide walkways based on a centuries-old city street plan to reconnect key parts of the city.A shade made to order                              Powder coating is an excellent finish for extruded aluminium, and Powdertech offers guarantees of up to forty years for the powders we apply. The designers wanted an earthy shade for the panels on the exterior of the car park, to blend in with landscaped green spaces. The designers sent us three pieces of terracotta in differerent sahdes and asked if we could match them. We developed the shades - light, medium and dark and the client chose the darkest shade which also reflects the red brick of some of the older buildings nearby. Powdertech coated the hollow rectangular box sections of 200mm by 50mm, making a total of 7,200sq metres of extruded aluminium coated and delivered, over a summer beleaguered by the coronavirus pandemic. The three terracotta shades are now one of our Collections.Sean McGrath, MD, Maple Sunscreening said "Maple Sunscreening Limited have worked with Powdertech (Corby) Ltd on a number of prestigious, high value projects. Broadmarsh required a significant amount of development of the colour to meet the architects vision. From initial submission of samples through to the final bespoke finish, chosen from matches to 3 shades of Terracotta, Powdertech supported Maple in achieving the desired result. The project itself went very well, backing up the initial development with on-time delivery"BenefitsWe can offer bespoke shades through our close relationship with major powder manufacturersFast turnaroundConsistent colour shade between batchesExcellent resistance against corrosionEasy to cleanSections can be drilled or cut without fracturing the coating.Material can be welded without affecting the finish.

The roof area was badly damaged by heavy storms, with all existing ballasted solar panels lifting off the single ply roof and destroyed beyond repair. The client needed the remedial work completed to fixed deadlines in order to comply with insurance requirements, and wanted to optimise the roof by replacing the pre-existing photovoltaic (PV) array with a solar solution that would deliver superior energy generation. The office also had to remain operational throughout the works, creating logistical challenges

Another highly insulated, airtight home to use FAKRO roof windows is a self-build for Michelle Sutherland and Neil Thompson in fashionable North Berwick. 14 FAKRO FTT triple-glazed roof windows were specified for the home by Certified European Passivhaus Designer Julie Wilson of Dunbar-based Brennan and Wilson Architects. They were installed on the south-facing roof alongside solar PV and solar thermal panels, the combination of which provides high thermal efficiency and net credit on energy bills.

9,000 m² of solar control glazing with Pilkington Activ Suncool™ 50/25, 2,000 m² enamelled panels with screen printing and 700 m² of curved solar control insulating glass.

Located to the south of Newark, Middlebeck is a 694-acre urban extension which will provide new housing, access to local amenities and a new purpose built primary school. The Christ Church C of E Primary School has been constructed to serve the local community and boasts an attractive design by Gollifer Langston Architects, with the L shape plan of the new school forming two sides of a courtyard.Constructed by the Lindum Group, the attractive and contemporary design of the new school building embraces the use of natural daylighting and the extensive use of glazing helps to strengthen the connection between interior and exterior spaces. Senior’s slimline SF52 aluminium curtain wall system has created a light and welcoming entrance, with Senior’s versatile SPW600 aluminium windows and secure SPW501 aluminium commercial doors used throughout.Robust and fully recyclable, Senior’s aluminium fenestration systems were powder-coated to further enhance durability and to complement the white brise-soleil installed to the south side of the building to help control solar gain. Additional solar shading protection from the overhanging roof, in addition to the use of natural ventilation, photovoltaic roof panels and underfloor heating also contribute to the overall sustainable design of the school building.Senior worked closely with supply chain partner Alusec to deliver the fenestration package.

Temples and dream beaches with turquoise-blue water make Thailand a sought-after destination for tourists from all over the world. The capital Bangkok, with a population of some nine million, is a city of contrasts with irresistible magic. In contrast to many other Asian megacities, however, the city has few contemporary architectural highlights. The German architect Ole Scheeren created Bangkok’s new landmark in the form of the 314-meter high MahaNakhon. A gently spiraling, perforated belt of glass balconies and terraces forming a staggered arrangement gives the reflective louvered façade its unmistakable, pixelated face. The MahaNakhon is complemented by the seven-story shopping temple Cube and a fully automated parking garage. For the cladding of the parking garage, the architect chose PC-Sambesi metal mesh from GKD – GEBR. KUFFERATH AG. Alongside the extraordinary aesthetics, its proven low-maintenance solar protection and reliable fall guard protection properties were crucial factors behind this decision.In Bangkok, facets of village and megacity, Buddhism and business are thrown together in a seemingly random way to form a fascinating mix of cosmopolitan flair and centuries-old traditions. The formerly quiet residence city was transformed into a pulsating metropolis that is home to millions of people in just six centuries. Since the 1980s, fully air-conditioned office towers, malls and apartment blocks have been shooting up like mushrooms. Today, the hectic Asian way of life dominates Buddhist tranquility. This contrasting nature is reflected everywhere in the face of the city. Alongside the Grand Palace, more than 400 temples bear witness to the rich culture of the capital, which stand side-by-side with Chinese pagodas, colonial-style buildings, dreary tin huts and gigantic glass malls. Scattered prestige buildings such as the 20-story Robot Building, the Nation Tower, the colors and form of which recall cubism, or the naive-looking Elephant Building complete the city’s chaotic skyline.Tower of superlativesWhen commissioning the MahaNakhon, the building owner, PACE Development Corporation Ltd., desired a building that sets an outstanding architectural highlight while also being integrated in the city as a public place and a worthy addition to Bangkok’s contradictory mix of tradition and modernity. Ole Scheeren took up the exuberant dynamics of the metropolis in his design and created a new urban center across an area of 135,000 square meters. This is also reflected by its name MahaNakhon, which means Big City. The three-part complex consisting of the tower itself, the Cube and a parking tower graces the city’s financial district. Across 77 floors, the tower offers space for 209 luxury apartments with between 125 and 830 square meters, 155 hotel rooms and numerous shops and restaurants. A particular highlight is the 3,500 square meter Skybar, which grants previously unknown views of Bangkok from a height of 300 meters. However, the MahaNakhon’s character as a new icon of the city is due to the staggered glass balconies and terraces, which give the giant the feel of an incomplete building with a vertical twist. From a distance, the fragmented pixel belt resembles a helix – an association that was consciously chosen by the architect as a synonym for genesis and development. At the same time he uses the image of the seemingly randomly arranged pixels to visualize the intricacy and chaotic dynamics of the urban structure. The apparently missing pixels also give the viewer the feeling that they are peering into the interior of the building.The future of parkingThe winding pixelated belt of the tower, which starts at the peak of the tower, ends at the spacious indoor and outdoor terraces in the sales and gastronomic area on the lowest seven floors of the MahaNakhon. Together with the exterior of the neighboring Cube mall, they form an outdoor atrium as a public event location. A parking tower rises behind the Cube, offering space for almost 900 cars over 10,400 square meters with an automated parking and retrieval system. In order to adapt the appearance of this structure to the luxurious overall ambience, the architect chose shimmering PC-Sambesi stainless steel mesh from GKD – GEBR. KUFFERATH AG for the cladding. A total of 464 framed mesh panels, each 2.9 meters high and up to 1.8 meters wide, subtly take up the visual appearance of the louvered façade of the MahaNakhon. As a discreet companion to the reflective surface of the tower, they also reflect the surroundings and the frequently changing sky that is a feature of the country. Some 2,100 square meters of rigid mesh lend the parking garage an elegant look. In addition to the high-quality appearance of the metallic skin, the architect was also convinced by the ease with which the cladding can be maintained. The attractive shell fulfills two functional roles: it serves as reliable fall guard protection on all floors, while also playing a key role in supporting the environmentally friendly overall concept of the MahaNakhon complex. In the tropical climate of Bangkok, the light- and air-permeable membrane proves its worth as an effective solar protection solution, which also enables natural climate control of the parking tower. Because daylight can enter the building freely, less electric lighting is required. In monsoon seasons the mesh also protects the parked vehicles from driving rain. The stainless steel, which is almost 100 percent recyclable at the end of its service life, also improves the ecological footprint of the building complex. The MahaNakhon was opened in August 2016 in the heart of Bangkok following an eight-year planning and construction phase. Today, the country’s tallest building is constantly in dialog with the city and its people. As such, Bangkok’s new landmark links opportunities for identification and participation with the role of an ambassador for a city on the rise.

Roof with a message... CHALLENGEFor the renovation of the arena Antwerp Sports Palace the architect wanted to design a roof that gave a message. From the air people should see an “A” appearing. This A would be the A of the county Antwerp and not the A from the city Antwerp. Also with the possibility to have (solar) energy production installed on the roof. SOLUTION Six new colours within the RENOLIT ALKORPLAN roofing range were developed specially for this prestigious project. The existing green coloured synthetic roof was used as substructure. The whole roof received extra insulation (thermal and acoustic) and the new RENOLIT ALKORPLAN roofing membranes were mechanically fastened following an installation plan. All the membranes for the Antwerp Sports Palace not only had a special colour but also a special finish with an invisible protective coating. All membranes have excellent fire resistance for roofs with a higher slope. On the south side of the roof amorphous solar panels were installed upon the RENOLIT ALKORPLAN roofing membranes. 

DAYLIGHT FOR SHOWCASING STUDENT SUCCESSWe have always recognised that daylighting is both an art and a science, which makes it an appropriate focal point for Mahwah High School’s new STEAM Lab. The STEAM (Science, Technology, Engineering, Arts and Mathematics) approach to education takes an important step in recognising the importance of and integrating the arts into a science-and-technology-geared curriculum. The arts foster creativity and ingenuity that allows for the successful application of other skills.The 9,000-square-foot facility—designed by Tokarski Millemann Architects and fondly nicknamed the “Thunderbird Think Tank” in honour of Mahwah High School’s logo—houses classrooms, indoor and outdoor labs and a gallery to showcase student projects.Tokarski Millemann was looking for the perfect material to use for the art gallery component of the facility. According to principal architect, Michael Millemann, “The vision was to create a ‘cube’ shaped space for the display of the students’ creative works which were previously tucked in a hallway. The material needed to create a beautiful glow from the exterior along with permitting only serene, diffused light to the interior.”Kalwall’s museum-quality daylighting™ delivers full-spectrum, diffuse natural light to allow for high visual acuity and accurate colour rendition within the gallery space. This creates a comfortable, welcoming environment for viewing artwork and other projects or hosting gatherings.A custom blue face sheet was developed to match the school’s logo. The blue is not a coating, but rather full-colour thickness through the entire exterior face, utilising Kalwall’s super-weathering technology. Due to the panel’s power of diffusion, the blue exterior does not affect the quality of light within the space, but it allows for a beautiful, soft glow at night that acts as a marquis for the school. During the day, Kalwall’s best-in-industry solar heat gain control prevents the cube from becoming a hot box and superior thermal performance ensures a comfortable environment all year long while lowering HVAC loads. Combined with daylighting’s ability to reduce reliance on electricity, Kalwall plays a major role in the project’s overall energy efficiency.Cost efficiency is another benefit Kalwall provided. Panels are low maintenance with a self-cleaning surface, meaning normal rainfall helps to keep the exterior free of sediment while at the same time retaining its original colour during the weathering process. The lightweight panel system minimised the need for additional internal structure for a very clean design, while rapid installation kept the project on schedule and on budget.“The Kalwall translucent panels exceeded our vision,” said Millemann. “We worked with Kalwall’s Steve Del Guercio and their team to develop a daylighting and structural strategy, and the custom panel colour. The Kalwall cube anchors the addition to the existing building and is a visual beacon located on axis with the entrance to the campus. Along with the client, we could not be happier with the final product.”The Mahwah High School STEAM lab will be an environment in which students can thrive for generations to come.Photos: Courtesy of Tokarski Millemann Architects

Unit 25 Cambridge Science Park is a state of the art facility providing laboratories and office space for Bio tech and Med Tech companies. This BREEAM Good facility was built by SDC and features an external façade of glass, metallic panels and fins for solar shading. At each corner of the building a chamfered picture frame feature of curtain walling and panels, adds to the modern design. Metalline who manufacture a range of architectural fabrications worked closely with MTW Architectural the specialist façade contractor to ensure that all materials were delivered on time and to exact specification. They supplied in excess of 1000m2 of A2 Ultima insulated panels, Unity interlocking rainscreen panels, interlocking soffits, copings, pressings and cills for the project.The picture frame finish to the corners of the building were finished in a slate grey polyester powder coating. The horizontal rainscreen panels used to break up the expanse of glass shown on the front of the building were finished in tiger drylac 068/70764 PPC This finish mimics an anodised finish and features on all four sides of the building 

Project DescriptionBioMed Realty’s development comprises 94,000 sq.ft. of new office accommodation over three storeys located in the heart of Cambridge’s Granta Park Estate. Rated BREEAM “Very Good”.The building features a dramatic top-lit central atrium space arranged at the heart of the floorplates. It affords the client, a leading international biotechnology company, to operate in exemplar facilities in a flexible environment to meet current needs, planned growth and evolving working patterns, including future proofing for laboratory uses. Aukett Swanke’s design embodies quality, simplicity and elegance, which enabled rapid construction to meet the proposed occupation date.Specific Project ChallengesThe façade design needed to be optimised so that the building could capture heat in the winter, minimise heat gain in the summer and maximise the use of natural daylight.The south-facing elevation, therefore, required a dynamic screen, acting as a brise soleil, maximising daylight opportunities and simultaneously avoiding excessive solar heat gain in the building interior.Solutions OfferedAsh & Lacy provided a bespoke two-step facade solution, using 3mm natural silver anodised aluminium to meet both the aesthetic and practical requirements at BioMed Realty.South elevation panels were rectangular perforated and mounted on a frame in front of the glazed curtain wall to form the dynamic screen.North, East and West elevation panels consisted of matching solid castellated panels with an embossed pattern matching the dynamic screen panels.

Severn Trent Water’s new £60m operations centre in Coventry, which aims to set new industry standards with one of the lowest carbon footprints for any UK office building, incorporates equally eco-friendly Armourcoat polished plaster.Designed by Birmingham-based Webb Gray Architects, and built by BAM Construction, this highly-sophisticated energy efficient building featuring the latest eco-technology. Designed for low-energy and low-carbon consumption, the offices include thermal adaptive cooling, biomass boilers, photovoltaic panels, solar panels and rainwater harvesting; justifiably achieving a BREEAM ‘excellent’ rating.Armourcoat was used within the reception and main atrium space, to create a stunning and original design statement. Totaling nearly four hundred square metres of hand-applied decorative plaster, Webb Gray specified colourfade artwork for feature panels and curved walls using Armourcoat Spatulata. For the 30-metre high atrium panels, artisan plasterers blended over seventy colours of paste to achieve the seamless finish. Known as ‘stucco lustro veneziano’, Spatulata is a superfine stucco paste that is trowel applied in a series of fine layers to create a highly polished decorative surface. In keeping with the eco specification, the product contains 40% pre-consumer recycled marble.The project also included the use of ‘Anti-Crack’ - an innovative substrate preparation system from Armourcoat which ensures fast-track construction and a tough, unrivalled backing for Armourcoat polished plaster wall finishes. This cost effective, skim-coat plaster is designed for application in 3-4mm layers over plasterboard surfaces. Its use eliminates the need for taping, jointing and sealing the plasterboard surface and provides a first class substrate for Armourcoat finishes.