"solar panel"

The ROOFTRAK® IFP provided a vital part of the package to install solar PV on the vast roof areas of the Ikea Distribution & Contact Centre in Peterborough where approximately 2800 PV panels have been installed as part of its People & Planet Positive Strategy.

Baptist Health and MD Anderson have partnered to create a new $184 million cancer centre in Jacksonville, Florida, focused on treating all forms of adult cancer. The building is situated overlooking St John’s River in a beautiful and serene environment. The new nine-storey 332,000-square-foot center is designed to provide state-of-the-art care and will also host clinical trials for new drugs. The facility has a contemporary design enclosing a central courtyard. With open views to all aspects, abundant natural light streams into the interior, creating a warm uplifting atmosphere. The frontage of the L-shaped structure, facing south, is flooded with light, requiring extensive passive solar shading. The teams involved in the project design and construction, which included HKS Architects (Dallas), adopted an holistic approach ensuring that all aspects of the design, both exterior and interior, reflected the goal of creating a positive, calm and caring environment focused on the individuals who inhabit it, namely the patients, their families, and the staff. Levolux elliptical aluminium fins form the horizontal bands of solar shading running across the front of the building. In keeping with using materials to create a calming feeling of warmth and comfort, Powdertech Wood Finish™ was specified for the solar shading. Back in the UK Powdertech coated 2000 linear metres of 150mm by 50mm extruded aluminium in PWF 31, Black Walnut, a “warm” finish, which were despatched to Florida as a single delivery.

The «Plus-Energie-Haus» constructed by the Technische Universität Darmstadt is a Solar Decathlon winner. The competition has been held each year since 2002 by the US Ministry for Energy. The task is to design and build a residential house to suit life that is self-sufficient with regard to energy. The houses must cover their entire energy requirements through self-produced solar power. Between two layers is a protected external area with sliding windows and folding slat shutters that can be opened and closed as needed. The folding sliding shutters are equipped with HAWA Variofold 80 H.

In close consultation the decision to use DucoSun Cubic 300, combining functionality and aesthetics, was made quickly. The unique rectangular louvre blades in DucoSun Cubic 300 not only ensure that the heat from solar radiation gets absorbed efficiently, but they also give a sleek, linear accent which definitely adds architectural value. The blades of DucoSun Cubic 300 were installed vertically in front of the glass windows. Vertical solar shading guarantees maximum privacy, while still allowing an adequate outside view at the same time. Using DucoSun Cubic 300, we were able to achieve the desired aesthetics and performance requirements.

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.

Turning a roofscape into a power station just got better. The combination of GreenCoat PLX with integrated, almost invisible solar functions to deliver green energy and good looks. The solar modules are bonded directly onto the metal roof within the controls of a factory environment at Metal Solutions Ltd, Bolton. Lightweight and maintenance free with no access requirements for cleaning the solution is a real game changer. Each module is 358mm wide and sits between the Snaplock® standing seam profile. In harmony with GreenCoat Mountain Grey the solar modules are virtually invisible from the street. A traditional Glass Crystalline module would add substantial weight, wind sheer load on the standing seam fixings and require access for bi-annual cleaning with the then risk of damage during that process.The thin, flexible solar modules do not detract from the design of the house and offer an excellent yield even in low light conditions.

The overriding narrative here is the link between the inside and outside, with a strong focus on plants and nature. Based on experience with other offices, we know that the best option is to fit the louvre blades horizontally on a south façade because the sun is high. The DucoSun Wing is perforated and thus assures perfect harmony between solar shading and shadow. The fin-shaped louvre blade has an urban design and can rotate with the sun which means the light entering can be controlled.

Developed by Willmott Dixon and designed by Corstorphine & Wright as part of Devon & Cornwall’s Police and Crime transformation plan, this state-of-the-art police centre and operational hub is the base for up to 450 officers across the area. The project was developed with the intent to improve custody areas for detainees and provide a comfortable, modern working facility for its staff. During the development of the project, suggestions were taken from custody sergeants to help create a better space for staff and detainees.To provide the facilities necessary for 21st-century policing, attention was paid to integrating assets such as a virtual court system, and technology to monitor the health of vulnerable detainees and allow for crisp, modern meeting spaces that cater for a multitude of police functions.Local suppliers were engaged with the project and through training schemes, the project has been able to offer valuable experience to apprentices. Utilising 314sqm of Solar panels also means this build generates a substantial amount of green energy.Blockleys Synthesis S14 was used to create a strong, dark belt around the building which then blends smoothly into vertical strips of glass and contrasting white facades.

One of the main aims of the project was to future proof and increase the functionality of the building, with high sustainability standards including onPatient comfort was understandably a key part of the design, Contrasol installed the DucoSun Cubic 300 louvres to provide the solar shading required to achieve a comfortable internal environment. The added benefit of the projecting system is that it allows clear views of the surrounding grounds and across the Firth of Forth.

There was a requirement to cut down directly incident sunlight, the idea came up to work with DucoSun Wing in front of the façade. These large, wing-shaped louvre blades were made of a black perforated sheet that was made in special non-standard sizes for this project. This system therefore works as solar shading on the one hand as well as fulfilling an architectural function on the other, which is a defining factor in the architectural appearance of the office building.

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.

The project is like a prism with 6 faces to articulate various contexts . The facades possess an efficient insulation purpose thanks to their composition of prefabricated panels made out of sustainable wood .Our motorized Z -Box roller blinds have been developed especially for this project and concealed in the exterior insulation of the prefabricated panels . Configurated with Trend Light Blackout and a Polyscreen ® 403 fabric, help to get energy savings and optimal solar control while intimacy or visibility needs.Our products contribute to get NF Habitat HQE, Biosourcé (first level) and Effinergie + certifications .

Number One Valentine Place is a new grade A office building and winner of the 2013 New London Architectural Award for an office building. The external façade of the property features a range of aluminium pressings, glazed in Ultima aluminium insulated panels and Feature Beam, Metalline’s renowned aluminium beam, along with fifty aluminium fins specifically designed to offer solar shading for the building’s south facing position. All pressings and panels were finished in a specialist blue grey anodised finish where Metalline’s superior application and expertise are becoming renowned with architects and contractors throughout the UK.

Architectural solar shading combats overheating and contributes to a comfortable indoor climate in Van Marcke's new office building. Vertically installed aluminium DucoSun Wing louvre blades provide an answer in combating overheating. At the same time, they provide added architectural cachet structurally. These wing-shaped louvre blades act as an extra shell for the curtain wall. They cut out the sunlight, thus preventing the interior temperature from rising too high on hot days. Annoying reflections on computer screens are thus definitely a thing of the past.

We can make any size and shape access panel: Antibacterial Paint Special Antibacterial Paint available with the added benefit of an effective antibacterial agent which kills most species of bacteria, including the deadly MRSA, Salmonella, E coli and C difficile. Ceramic Tile Doors Plasterboard Faced Metal Faced Loft Hatches Fire Rated Acoustic Rated Airtight Rated Smoke Tested Special Paint Colours for your Project needs. Available Panel Sizes: 100x100mm to 3000x8000mm

'The Portal' is a new £16 million public services hub in Ellesmere Port, delivered by Vinci Construction UK for Cheshire West and Chester Council. The new facility will be home to more than 500 council and public sector staff, a Job Centre Plus and a Citizen’s Advice Bureau.The building has been constructed with many environmentally friendly elements including solar panels, air source heat pump and electric vehicle charging points. The Portal’s envelope is wrapped at the top and bottom with an attractive, copper coloured metal cladding and a newly formed public realm area will surround the exterior, with bench seating and green landscaped sections.Internally, 'The Portal' consists of large open plan working areas with smaller subsection meeting rooms, break out and kitchen spaces which are present on each level and a main central staircase for circulation.Metal Technology Ltd supplied its 10-35Hi+ commercial entrance doors and System 17 capped curtain walling for the large, glazed sections of the build to approved fabricator and installer RED Systems Limited.Due to open its doors in Spring, it’s fantastic to have been involved in this state-of-the-art, commercial project, which is a catalyst for the wider Ellesmere Port Town Centre regeneration master plan.

Avoiding gas reliance when building a new house.Traditional self-build projects have always had heating systems such as gas central heating and solar panels installed. However, with the increasing costs of gas, and the uncertainty of future supplies, a secondary heating source is required.There are options such as ground heating pumps, etc. but a real heating system independent of the grid, plus a stunning focal point has to be a wood burning stove.In fact, wood logs are now the cheapest domestic heating fuel. According to the Stove Industry Alliance, wood now is “costing households 74% less per kWh than electric heating and 21% less than gas heating”. The benefits don’t end there. “Using a modern wood burning stove also costs 29% less to run than an air source heat pump. Wood logs are 87% less carbon intensive than gas, 88% less than electricity and 74% less than an air source heat pump.”Building a traditional steel pipe flue system is always an option, but steel systems are more suitable in retrofit projects where minimum disruption is required. When you are building a house from the ground up, then a more permanent and ultimately lifetime option is the better one.

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 elliptical louvre blades on the DucoSun Ellips 150 that are incorporated in the construction as a terrace cover, fulfil both a functional and an aesthetic role. "This type of solar shading system with its elegantly shaped blades, minimalist fixings, simple fitting system and the way that the shade tapers at off at the end with the inclination angle of the blades, fits seamlessly into Livingstone's architectural concept", states Archi 2000. "In addition the light grey of the DucoSun Ellips 150 reflects the light perfectly so that the blades blend in beautifully with the sky."

Adding a white Plastic Access Panel into the ceiling of a petite bathroom to provide easy access to utilities without detracting from the aesthetic of the customer's bathroom. Prioritizing utility and visual appeal, the Plastic Access Panel is a cost-effective solution that grants homeowners easy entry to concealed utilities, seamlessly merging with the bathroom's ambience. The access panel's white textured surface adds a note of elegance to the surroundings, complementing any interior decor.The installation process for the plastic access panel is streamlined and straightforward. The accompanying images document each phase of the process, guiding you through the steps involved.Ultimately, this undertaking harmonizes practicality with style, underscoring how a modest addition can wield a significant impact. The white plastic access panel eradicates the need for unsightly makeshift access points. Balancing cost-effectiveness, inconspicuous aesthetics, and a dash of refinement, this installation transcends mere functionality elevating both the utility and visual charm of the compact bathroom.

As well as offering our customers a bespoke service in which we can offer any size and any shape access panel, we are now adding Antibacterial Powder Coating as an addition to our extensive range of products. It is available on all our Metal Faced Access Panels and features an effective antibacterial agent which kills fungi and most species of bacteria including the deadly MRSA, Salmonella, E coli and C difficile.

Dales designed & manufactured curved aluminium solar shading units installed above digital advertising screens positioned over each side of the Hyde Park Corner underpass near Knightsbridge. The 260mm Shadex elliptical aluminium blade extrusions were rotated 45° and then curved to multiple radii horizontally before being manufactured into cassettes. The complete structure covers an area 15 by 13 metres with the cassettes bolted into cantilevered structural steels. Gary Newton, Director for Outdoor Plus, providers of the digital screens commented that the curved solar shades: “..certainly do finish it off to a very high specification adding to the overall high-quality aesthetic appearance”

This guide on the different variations of Access Panels, will help you decide which one is best for you.

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.

A Grant Solar Thermal system has been installed at a five-bedroom property with gas central heating, helping the family to not only significantly reduce their carbon footprint but also lower their monthly heating bills.

Fearnach House on The Black Isle in the Highlands of Scotland was designed by architect Iain Macbeath, and built by the firm’s sister company, Thermopassive.The house is a 190m² new house, built to the architect’s “Thermopassive” specification with larch timber and render walls and profiled metal roofing. It has PV solar panels with a “diverter” heating up water and charging an electric car. High levels of thermal capacity storage in an insulated concrete floor slab (so it stays warm and flattens out rapid temperature fluctuations) and very good air tightness.There are no cold bridges (which is more important than you would think) and also a heat recovery ventilation system for fresh air.This project uses FAKRO top hung and pivot window preSelect MAX and L-shaped combination windows.When asked, why Fakro roof windows were specified for the project, Ian McBeath told us, “We have been specifying and buying Fakro roof lights for many years. They are well-priced compared with competitive products and of excellent quality and design.The positioning of the handles at the bottom of the window is also a major factor. It makes it much easier to operate a window with the handles at the bottom rather than the top of the window, which is often out of reach of many shorter and disabled people. The windows are also very well insulated and airtight.”The windows have helped achieve an extremely energy-efficient home as well as flooding the upper floor rooms with an abundance of natural light. And the client loves the internal and external finishes.Based in the North of Scotland, Thermopassive Ltd is an architect-owned company which specialises in highly insulated buildings (better than passive house standard) constructed in Structural Insulated Panels (SIPS).

Customer ordered our fire rated FlipFix panel. We dispatched the same day and the customer received their access panels the following day. Customer comments:-"Easy to order and delivery was quicker than expected which was a bonus for us as we were able to complete the job earlier than planned."

Kings Crescent Estate, in Stoke Newington, North London is undergoing an ambitious five-year redevelopment project as part of the London Borough of Hackney's wider Estate Regeneration programme. Three new buildings between five and twelve storeys high are under construction, with a number of the existing estate buildings, dating from the 1960s and 1970s, being retained and refurbished to provide continuity and transition. The plan is to recreate a neighbourhood of high quality housing and pleasant tree-lined streets that sits comfortably with the surrounding Victorian townscape of terraced and semi-detached housing close to Clissold Park. There are solar panels, green and brown roofing, plus a combined heat and power plant. These are expected to achieve savings of 25 percent of the carbon dioxide emissions that would otherwise have been generated by the development.The residential element of the scheme will result in up to 765 new homes, intended to offer at least a one-for-one replacement for the present amount of housing on the site. Half the homes will be affordable, with the remainder aimed at the private market. It is claimed to be the only scheme in London to combine new build construction of council homes with the refurbishment of existing council stock.As you would expect there are a significant number of balconies throughout the development and this means the risk of thermal bridging at the many cantilever balcony connections. To counter any such risk, the design incorporates two types of structural break units from the extensive Schöck Isokorb® range.

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 

Location: Twickenham, LondonProject Type: Community & LeisureDevelopment cost: £5mProduct: Shadex 150 Solar Shade Horizontal (First Fix Brackets)Finish: Syntha Pulvin RAL 7009 Gloss Green GreyFire rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Client: Berkeley Homes for LB of RichmondArchitect: Buller Welsh Chartered ArchitectsMain Contractor: Berkeley HomesSub Contractor: AJE Facades Ltd

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.

The extraordinary, purpose built SuperLab in Oxford provides much needed lab space and fantastic facilities for the next generation of science entrepreneurs and innovators. The new state-of-the-art building is located close to the city centre and the university, which spins out around 15 science firms a year. Created and built by Oxford-based Robin Swailes Design and Development, the SuperLab offers almost 7,000 sq ft of accommodation for up to 84 staff and blends contemporary design with the latest efficiency features while meeting the needs of the modern workforce. The building is made of 95 per cent recycled aluminium and features a grey water system using collected rainwater to flush the toilets, thermal efficient panelling, air source heat pumps and solar panels to minimise its carbon footprint and keep running costs as low as possible. Metal Technology Ltd supplied a range of its high-performance glazing products for this unique development via approved fabricator Alternative Windows. Products used were: System 17 Curtain Walling, System 5-35Hi Tilt Turn Windows, System 4-35Hi Fixed Casement Windows and System 10-35 Thermally Broken Commercial Doors. Curved walls, round windows and open ceilings create a sense of space and wellbeing, topped off with advanced acoustics, quality finishing touches and a playful interior. The result is an inspiring and design-focused workplace that encourages collaboration. Outside, a roof top recreation area provides space for al fresco meetings, eating and drinking with views over Oxford’s Dreaming Spires. A fantastic project to have been involved in, which ultimately encourages young and innovative science pioneers to stay and further their career on home soil.

Data centres and server halls present unique challenges that demand a distinct approach to architectural design and infrastructure. These facilities require a delicate balance: efficient ventilation to combat heat accumulation while ensuring robust protection against intrusion and unauthorized access.Challenges faced by Data CentresHeat AccumulationThe relentless heat generated within data centres necessitates effective ventilation systems to manage and disperse this thermal load efficiently.Security and PrivacySimultaneously, the need to shield sensitive information from prying eyes and potential intruders underscores the crucial requirement for stringent security measures without compromising on airflow or functionality. Solutions to Address Data Centre Challenges 1. Natural and Intensive Ventilation To meet the specific needs of each data centre project, our range of ventilation solutions is tailored to ensure optimal airflow. By combining DUCO ventilation products, such as weather-resistant screening and louvres (DucoWall), Nightcooling (NightVent), dampers (DucoGrille Close), transfer grilles, roof turrets for discreet air vent concealment, and sound-absorbing, self-regulating window ventilation, we create bespoke high airflow systems suited to your project's requirements.Explore our high-performance products2. Acoustic Noise ControlNoise pollution management is paramount in data centres. Our DucoWall acoustic louvre walls and sound-absorbing window vents are specifically designed to minimize sound while maximizing airflow to equipment. The louvre blades are filled with non-flammable mineral wool, ensuring effective noise control.Discover our noise control solutions3. High Security LevelEnhancing security and reducing the visibility of machinery is critical. Our DUCO louvre wall screening and structural solar shading act as visible screens, maintaining natural airflow while deterring intruders. The DucoDoor seamlessly integrates with the louvred walls or screening, providing access to server halls and technical areas without drawing attention. Our patented intrusion-resistant solution increases security while shielding open plant equipment from view.Explore our security solutions4. Architectural Solar ShadingPreventing heat penetration through windows or entrances is vital in data centres. Our solar shading solutions reduce heat ingress, minimizing the need for excessive ventilation to maintain a consistent indoor temperature.Find out more about our shading solutionsResults and Impact Implementing these tailored solutions across diverse data centre projects has brought remarkable outcomes:Optimized EfficiencyBespoke ventilation systems have significantly reduced energy consumption while maintaining precise airflow control, ensuring an efficient data centre environment.Enhanced PerformanceAcoustic noise control measures have fostered a quieter and more productive workspace, maximizing equipment performance and staff focus.Improved SecurityIntegrated high-security solutions have fortified data centres against intrusions while maintaining essential airflow and functionality.Sustainability AdvancementsArchitectural solar shading has contributed to sustainability goals by minimizing heat ingress, reducing reliance on energy-intensive cooling systems. These solutions collectively exemplify our commitment to revolutionizing data centre ventilation and solar shading solutions, ensuring optimal performance, security, and sustainability.

Sotech worked with installers Stanmore on the Barrett Homes Residential Development Westgate House, which was a £500 million mixed-use regeneration project, designed by London-based Assael Architecture and located in Brentford, Middlesex. Westgate House is an NHBC (National House Building Council) project, and Sotech initially became involved in the project because the original specified cladding did not fit NHBC requirements. To provide an alternative, we worked with installers Stanmore to specify our Optima IPC Interlocking Pressed Plank Rainscreen cladding system for the project, which is both NHBC approved and full independently CWCT tested.Over 2000sqm of secretly fixed Interlocking Pressed Plank panels were used on the Westgate House development. 4 different colour panels were specified; 3 with a matt powder-coated finish and one using a bespoke, pre-coat, high gloss special finish.The combination of a series of PPC matt panels arranged in bands, combined with a reflective high gloss panel stripe created a sophisticated, modern appearance for the building’s exterior.There were some design challenges involved in this project, but all were tackled successfully through the development of bespoke areas of the system. Initially, Sotech had to develop a new, bespoke joint method between the Optima IPC rainscreen cladding panels to avoid slab deflection because a lot of the panels spanned floor slab areas. These customised joints allow the panels to move between the slabs like a damper while maintaining a pristine exterior.For the curved area of the building, Sotech developed a bespoke substructure for the Optima IPC panels with a different panel depth than that used for the flat rainscreen cladding. This involved setting the grid behind the IPC panels differently to the rest of the project, ensuring a seamless line from the flat areas to the curved areas. Although it was a complex design challenge, the solution was effective and ensured a uniform, flawless appearance.Our secretly fixed Optima IPC system was specified in particular because the long narrow panels were ideal for bringing the architect’s vision to life, and because it could be easily adapted where necessary.As well as the IPC rainscreen cladding, Sotech provided all the fascias and soffits required for the development.Westgate House involved the regeneration of iconic Grade II listed Art Deco building Wallis House and the construction of over 800 residential apartments spread across 17 new buildings.The site used advanced construction techniques to minimise waste and also ensured that homes benefit from solar panels and other renewable energy techniques.In addition to new housing, the Westgate House development also offers communal gardens, a health and fitness centre, a convenience store, a medical surgery and hotel, as well as cafes, bars and restaurants.The training facility and showroom at Sotech is open to specifiers and contractors, where all of our Optima Rainscreen Systems are on display alongside the widest selection of materials and finishes, including pre and post coat aluminium, ACM, Copper, Zinc, Stainless Steel and Anodised.

The ChallengeCumbria County Council decided to invest in new, future-proof headquarters rather than invest a similar amount of money into refurbishing and maintaining its multiple existing sites.The project would allow the Council to downsize its office portfolio from 22 locations in and around the city to just two.Housing 700 staff, the new £10.4 million development would reflect a major rejuvenation of the area, designed to be a major gateway into Carlisle city centre.The SolutionThe new building is laid out to house two functions. The first, a two-storey elevation, houses public, customer-facing activity, while the second contains private, open-plan work areas for 450 people, along with ‘hot desks’ for visitors.The building makes use of a range of sustainable technologies, such as photovoltaic solar panels, to improve the building’s efficiency.Forterra’s County Multi Smooth brick from its Butterley range complements the natural stone and glass also used in the building’s design.The BenefitsAs well as saving Cumbria County Council money, Cumbria House brings a wide range of benefits, including improved working conditions for staff. Chief Executive, Diane Wood, commented “The new offices will provide a fantastic working environment for staff. It will support our ‘one team’ ethos with everybody working together in one building. Cumbria House is a much more environmentally-friendly building and, importantly, it’s better for our customers in Carlisle because they can now access all our services from one place”.

The project, designed by Uno-A, welcomes 110 flats in three different types of buildings linked by several planted areas; and various common areas, such as a coworking space and an equipped gym.The façades use GRC (Glassfibre Reinforced Concrete) panels and coloured glass panels to provide architectural identification.Bandalux worked closely with both the architect and the real estate Iempa Immobiliare to provide shading solutions depending on the location and type of building. Z-Box, B-Box Systems and Cofre style awning are place externally, being three different options to management sunlight.Polyscreen® 403 and Trend Light BO fabrics configured these systems according to the lighting needs: visual contact or perfect occultation. On the other hand, Premium Plus roller blinds s are installed inside, providing optimal solar control and comfort.