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Grant Aerona³ heat pump upgrades the heating system of a sixteen year old farmhouse

Grant Aerona³ heat pump upgrades the heating system of a sixteen year old farmhouse

Grant Engineering (UK) Ltd

A Wiltshire farmhouse has updated its heating system, replacing its original heat pump with a Grant Aerona³ air source heat pump which has been installed alongside a QR hot water cylinder. The new heat pump and cylinder were integrated alongside an existing solar thermal system, giving the property’s renewable heating system an upgrade.
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Heating engineer sees big savings in switch from combi boiler to heat pump

Heating engineer sees big savings in switch from combi boiler to heat pump

Daikin Ltd

Humberside homeowner James Clark scrapped the gas combi boiler at his three-year-old house in Welton, for indoor warmth and hot water are now provided by a Daikin air source heat pump that is partly powered by batteries and rooftop solar panels
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Renewable heating system helps family reduce their energy costs

Renewable heating system helps family reduce their energy costs

Grant Engineering (UK) Ltd

A family home in Wiltshire has made the move from a gas central heating system to a renewable solution featuring an Aerona³ air source heat pump, a solar thermal system and QR hot water cylinder all supplied by Grant UK, helping the household to reduce their dependency on fossil fuel and lower their energy bills.
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Accoya wood selected for Forest City’s 2175 Market Street apartments

Accoya wood selected for Forest City’s 2175 Market Street apartments

Accoya

2175 Market is designed to meet LEED Platinum Certified standards. That means sustainably-sourced materials and energy-efficient building systems, from appliances to solar water heating. As a mixed-use, transit-oriented development, 2175 Market has taken the highest steps to utilise environmentally sustainable products and materials, and to minimise waste and pollutant. This is why Accoya was selected by Forest City and distributed by National Wood Products. The result is a beautifully-designed community, both inside and out.
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NIBE Ground Source Heat Pump Installation for a livestock auctioneering house

NIBE Ground Source Heat Pump Installation for a livestock auctioneering house

NIBE Energy Systems Ltd

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
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NIBE Ground Source Heat Pump installed for training college

NIBE Ground Source Heat Pump installed for training college

NIBE Energy Systems Ltd

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
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Luxury apartments benefit from NIBE Exhaust Air heat pumps

Luxury apartments benefit from NIBE Exhaust Air heat pumps

NIBE Energy Systems Ltd

Salthaven Apartments, Tower Road, Poole, DorsetThe Salthaven apartments in Dorset aimed to deliver luxury living for occupants. Bayview Developments not only constructed beautiful homes for them, but also opted for highly energy efficient heating within the new development.Each of the 12 two or three bed apartments have been fitted with their own individual exhaust air heat pump (EAHP). This technology has been installed in buildings across continental Europe for many years but is now being used more commonly within the UK. Bayview Developments were looking to exceed their planning requirements by reducing carbon emissions and providing cost savings for occupants. NIBE’s innovative EAHPs were therefore the ideal solution.The solution to the projectA NIBE F730 EAHP system removed the need for gas boilers, something Bayview were keen to do given the UK’s net zero targets and commitment to phase out the technology. As heat pump technology is powered by electricity, no gas has been installed at the site.The NIBE F730 unit can be found in the utility room cupboard of each apartment and is comprised of a ventilation system, a hot water cylinder and a heat pump – a complete ‘all-in-one’ product. It works by drawing warm air from the kitchen and bathroom to feed the heat pump, which extracts the heat energy. The recovered energy from the ventilation system is used to drive the heat pump process, which heats the underfloor heating and provides water for the integrated 180litre hot water cylinder. The stale air from the ventilation system is then released outside, whilst fresh air from outdoors is introduced via wall inlets with cleanable filters. The efficient system minimises energy consumption by combing ventilation heat recovery with heat pump technology, that is perfect for well insulated new build properties such as these.The ResultsThe EAHP systems meet the average annual heat demand of 6019 kWh for each individual flat whilst also providing instant hot water. Occupants are able to schedule their heating to suit their timetable and energy tariffs, and therefore benefit from lower energy bills. The system performance factor (SPF) measures 3.33 – this means the system is very efficient as every kW of electricity used to run the unit produces approximately 3 kW of heat energy.NIBE utilised connected electricity meters in 3 apartments to remotely monitor the systems performance across a 12-month period. NIBE was thus able to see how the systems met energy demand consistently for residents, keeping them comfortable and warm throughout the year.Energy consumption data shown in Figure 1 visualises electricity consumption data from the monitored apartments throughout the year. This data also covers the provision of all heat pump controls and continuous mechanical ventilation.Figure 1: 2022 Energy Consumption data for monitored apartments.The all-in-one system has shown a noticeable reduction in energy bills for each apartment too, with all 3 monitored apartments experiencing both monthly and cumulative cost reductions in their energy bills as shown in Figures 2 and 3. This comes with the additional peace of mind that consumers will be kept cool in the summer months with ventilation with no increase in costs.Figure 2 and 3: Monthly and Cumulative Heating Bills for Apartment 11 with the NIBE F730 heat pump compared to a natural gas boiler.The occupants of Apartment 11 are saving on average £130 on their annual heating bills with the heat pump system in comparison to a natural gas boiler, even with the additional provision of mechanical ventilation. We expect that these savings will continue to increase as the Government seeks to rebalance green levies to decrease electricity prices.Sunstone Energy Ltd, the installer for this project, told us how easy the control system is to use for this heat pump, allowing for heating and hot water to be available at any time during the day. The building also benefits from insulation, underfloor heating, smart controls, double glazing, hot water cylinders and mechanical ventilation with heat recovery (MVHR).TestimonialVictoria and John are both residents of the Tower Road apartment complex and have been comfortably living with the exhaust air source heat pump system for a year. They added “We are delighted so far with the new heating system, and love that it has been providing us with heating and hot water throughout the year, keeping us warm in the cold winter months. The heat pump works just as well as our older systems and it is great to know that we’re also doing our bit for the environment in the process.”About the installerSunstone Energy Ltd takes responsibility for delivering complete renewable solutions appropriate to their client’s properties. Their expertise includes the installation of ground source and air source heat pumps, underfloor heating, solar panels, biomass boilers and MVHR.  
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NIBE Ground Source Heat Pump Commercial Installation

NIBE Ground Source Heat Pump Commercial Installation

NIBE Energy Systems Ltd

Teesside-based logistics firm AV Dawson has built a new 130,000m3 warehouse specifically to store £15m-worth steel coils for a nearby international car manufacturer. With the steel at risk of ‘sweating’ and rusting in high humidity levels exceeding 65%, the company was tasked with ensuring a very specific climate for the warehouse (without which the steel would be rendered unusable), while also maintaining low energy costs.The SolutionHoward Tribick, director at local renewable energy specialist and NIBE Pro Installer HT Energy, specified, designed and fitted ten NIBE F1345 ground source heat pumps (GSHPs). Given the site is built on top of an active water table (the River Tees), Howard and the team were able to make the most of the surroundings as a natural energy source. The heat pumps collect heat from 70 bore holes, each 150m deep – a total of 10,500m of active bore hole depth. Each 60kW GSHP is paired with its own ventilating unit and 500L NIBE UKV buffer tank – producing a total output of 600kW. Solar panels on the roof provide an additional 220kW to help meet the warehouse’s electricity needs.ResultsWith the ten GSHPs now fully operational, the results have been even better than expected – with a seasonal performance factor (SPF) of 3.65 and average humidity levels of just 47%. Interconnected with 3km of header pipes, the GSHPs are spaced equidistantly along one side of the 264m-long building. The units are set up as separate systems, so they can work independently of each other or together as required. This provides an added level of security for the customer, ensuring the system can cope at all times and the steel is kept at optimum conditions.Customer Testimonial“This system made perfect commercial sense for us. While the initial outlay was greater than some of the other alternatives, GSHPs provided the most cost-effective solution by far in the long term. In fact, compared to natural gas, we will be making an impressive energy saving of 1.58 million kW/h each year. Our projected payback period is just ten years and we’re also benefiting from Renewable Heat Incentive (RHI) payments for each unit of renewable energy we’re generating.”Gary Dawson, managing director, AV Dawson
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Dimplex’s Edel renewable water heater cuts Jersey homeowner’s bills by 80 per cent

Dimplex’s Edel renewable water heater cuts Jersey homeowner’s bills by 80 per cent

Glen Dimplex Heating and Ventilation

The Dimplex Edel air source hot water heat pump has proved its credentials as an exceptionally efficient, easy to install and cost-effective renewable water heating system for one resident on the island of Jersey.
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Deeside Leisure Centre - Transpired Solar Collector Cladding

Deeside Leisure Centre - Transpired Solar Collector Cladding

Tata Steel

Deeside Leisure Centre is the National Centre for Ice Sports in Wales, and during a major building envelope refurbishment utilised TATA Steel Transpired Solar Collectors as part of its renewable energy transformation to improve buildign performance and reduce operational costs in order to reduce the centre's carbon footprint.The south-facing elevation of the leisure centre was over-clad with a Trisobuild® C32 profile as part of the Colorcoat Renew SC® solar air heating system. Using 216m2 of Colorcoat Prisma® in Slate Grey, the micro-perforated Trisobuild® C32 fascia was installed easily over the existing insulated wall cladding. Trisobuild® R32 profile manufactured from Colorcoat Prisma® in Oyster was additionally installed over the leisure centre’s existing roof cladding.In its first full year of operation at Deeside Leisure Centre, Colorcoat Renew® delivered 47 MWh of heat. This equates to 218kWh per square metre of the installed solar collector area. By gaining fuller experience of system control and operation, Deeside Leisure Centre personnel in conjunction with Tata Steel were able to extend the Colorcoat Renew SC® system operating hours to optimise use of the available solar radiation.In its second full year of operation the system delivered approximately 53 MWh of renewable heat energy at an average yield of 244kWh per square metre per year. This means that over a two-year period the Colorcoat Renew SC® system delivered an average of 50MWh of energy per year at conversion efficiencies (solar energy to useable heat energy) averaging in excess of 70%.
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Fallowfield Manchester - Solar Shading

Fallowfield Manchester - Solar Shading

Duco Ventilation & Sun Control NV

Duco’s solar shading combines functionality with aesthetics at the Student accommodation Fallowfield in Manchester. The 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.
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Aerona³ heat pumps take heating to a new level

Aerona³ heat pumps take heating to a new level

Grant Engineering (UK) Ltd

A chapel in North Yorkshire has been renovated and converted into a home where two Aerona³ R32 air source heat pumps have been installed to provide the heating and hot water. With the space outside of the property limited, Grant’s compact and slim heat pumps were the perfect solution.
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Ability Project factory extension

Ability Project factory extension

Glen Dimplex Heating and Ventilation

Working closely with Dimplex’s in-house heating design team, Ability Projects developed a unique centralised control solution, incorporating Dimplex air source heat pump and solar PV technology.
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NIBE Ground Source & PV-T for large-scale project at the University of West London

NIBE Ground Source & PV-T for large-scale project at the University of West London

NIBE Energy Systems Ltd

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.
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Grant Solar Thermal system helps family home reduce fuel bills

Grant Solar Thermal system helps family home reduce fuel bills

Grant Engineering (UK) Ltd

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.
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Laidlaw Library Leeds - Solar Shading

Laidlaw Library Leeds - Solar Shading

Duco Ventilation & Sun Control NV

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.
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Bournemouth University | Bespoke Solar Canopy

Bournemouth University | Bespoke Solar Canopy

Able Canopies Ltd

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
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ROOFTRAK™ - for Solar PV

ROOFTRAK™ - for Solar PV

Nicholson STS Ltd

Showcase of projects utilising the ROOFTRAK™ IFP specifically for Solar PV.
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Watling Place - Architectural solar shading

Watling Place - Architectural solar shading

Duco Ventilation & Sun Control NV

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.
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THERMOSLATE covers nearly 55% of the energy required to heat this house

THERMOSLATE covers nearly 55% of the energy required to heat this house

Cupa Pizarras

This family house, located in Chailland (France), has reduced up to 55% its annual energy bills thanks to THERMOSLATE. This solar collector in natural slate covers this family needs for hot water while enhancing the aesthetics and efficiency of their home. Five solar collectors over a total surface of 6.45 square meters, were more than enough to generate the energy required to cover the hot water needs of this family. The main component of the collectors is natural slate, extracted directly from our quarries and specially selected to ensure perfect fit and performance.
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Fulham Reach - Solar Shading

Fulham Reach - Solar Shading

Duco Ventilation & Sun Control NV

An exceptional place to live, work and visit, that’s how Fulham Reach can be described. In 2019, Fulham Reach was declared Best Large Development Winner. This award-winning development is a mixed-use riverside destination, where the architectural solar shading provides a sleekly finished look. The choice was made for DucoSun Cubic 100 solar shading blades. Together with the rectangular shape of the solar shading blade, this produces a very clean-cut effect. The solar shading blades and the façade face form a beautiful unit.
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Paramount choose Zip for their office water solutions Case study

Paramount choose Zip for their office water solutions Case study

Zip Water

With the vision being to create one of the city’s most ‘instagrammable’ offices, fit out contractor Paramount needed every product specified for the refurbishment of Dock House to be aesthetically pleasing as well as highly practical. Zip’s HydroTap and InLine ranges met the brief for all of their water needs."We pride ourselves on making places where people want to be and that’s certainly the case with our new Bristol office. We wanted every detail to reflect our vision of creating a destination workplace and this included the water provision. Zip Water could provide world class products combined with the best service so we had no hesitation in specifying their products."Kevin Marshford, Sales Director | Paramount OfficeThe briefDock House, a three storey building in Bristol’s Welsh Back, was ripe for redevelopment. Paramount wanted to create a striking office space that was flexible enough for working, events and meetings. And, taking the ground floor as their new Bristol head office, Paramount had a vested interest in designing a modern and desirable workplace which was in-keeping with its historic location. In terms of water products, Paramount wanted energy efficient water heaters for washrooms which could reliably deliver hot water whenever required. With the building being used frequently but with a low intensity interspersed with short stints of high occupancy, it was important that the systems were as efficient as possible. In addition to washroom water heaters, Paramount wanted to offer staff and visitors a sociable tea point in the communal bar area. With aesthetics and sustainability so high on the priority list, a stylish drinking water product was needed that could provide filtered boiling, chilled and sparkling water without the need for single-use plastic water bottles.The solutionThanks to an existing relationship with Paramount, Zip Water was specified to provide a number of products for this project. Washroom hot water was solved thanks to Zip’s InLine range, which discreetly provides instantaneous hot water whenever needed. Its innovative design heats water as it flows through, meaning there is no standing heat loss, just energy efficient hot water. For the bar area, Zip provided its HydroTap Classic Plus in smart matt black. This clever tap which was installed on the bar with the help of a font, provides instant filtered boiling, chilled and sparkling water. This transforms the way staff and visitors can make hot and cold drinks - and helps to encourage a refill culture within the workplace. Another benefit of the HydroTap is the enhanced hygiene thanks to SteriTouch which is embedded in the touchpad, as well as in key components of the water path, reducing the growth of bacteria by 99.99%.The results"We pride ourselves on making places where people want to be and that’s certainly the case with our new Bristol office. We wanted every detail to reflect our vision of creating a destination workplace and this included the water provision. Zip Water could provide world class products combined with the best service so we had no hesitation in specifying their products."Kevin Marshford , Sales DirectorParamount Office Interiors
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Places for People update their heating with the Quantum High Heat Retention Storage Heater

Places for People update their heating with the Quantum High Heat Retention Storage Heater

Glen Dimplex Heating and Ventilation

With outdated electric storage heating in all 72 flats, Places for People knew that heating system upgrades would reduce bills and improve comfort for residents. TMS Electrical Contractors Ltd, based in Rudgwick, Horsham, was instructed to specify the most suitable replacement – and Dimplex Quantum was the obvious choice.
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Luxury new build farmhouse welcomes Aerona³ heat pump

Luxury new build farmhouse welcomes Aerona³ heat pump

Grant Engineering (UK) Ltd

A four-bedroom farmhouse built on an exclusive development on the border of Wiltshire and Berkshire, has had a Grant renewable heating system installed including an Aerona³ air source heat pump, hot water cylinder and heat emitters. This property completes the development of four sustainably built homes, all of which have Grant heat pumps fulfilling their heating and hot water requirements.
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Redefining Data Centre Efficiency with Advanced Ventilation and Solar Shading Solutions

Redefining Data Centre Efficiency with Advanced Ventilation and Solar Shading Solutions

Duco Ventilation & Sun Control NV

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.
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Apartment block Sint-Niklaas - Solar Shading Sliding Panels

Apartment block Sint-Niklaas - Solar Shading Sliding Panels

Duco Ventilation & Sun Control NV

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.
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Prior Weston Primary School - Bespoke Solar Canopy

Prior Weston Primary School - Bespoke Solar Canopy

Able Canopies Ltd

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.
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Heat pumps temper indoor conditions for upmarket rural homes

Heat pumps temper indoor conditions for upmarket rural homes

Daikin Ltd

Daikin Altherma low temperature monobloc heat pumps provide heating or cooling and domestic hot water for three homes newly built by award-winning housebuilder Distinctive Developments in a former farmyard near Huntingdon, Cambridgeshire.
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University of Brighton, Bioscience Building

University of Brighton, Bioscience Building

Ash & Lacy

The 8,500m2 Biosciences building is clad in silver anodised ACM panels generally 1.3m high and up to 6.4m long that work together to wrap around the complex elevations. Each individual panel purpose-made and pre-curved at Ash & Lacy’s West Bromwich site, to fit around and match the windows on the building. The protruding raked capping details were also manufactured in the same material, in order to provide a fully cohesive design. Original concept architects, Llewelyn Davies Yeang, specified 3,500m2 Ash & Lacy Facade for the extensive new build, to give the building an innovative and hi-tech finish, reflecting the standards of the department itself.The design of the seven-storey building responds to the constraints of a steeply sloping site divided by a service road creating staggered floor levels, interesting external spaces and a flowing façade. The science block also features a sedum green roof fitted with solar panels for the heating of domestic water contributing to the very good BREEAM rating it has secured.
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Compact home benefits from bold switch to greener heating technology

Compact home benefits from bold switch to greener heating technology

Daikin Ltd

A 35 sq.m end-terrace house in Gloucester is a showcase for greener heating. Preparing for a new tenant, landlord and heating specialist Craig Vernon replaced the 1990s all-electric space heating and hot water systems with a modern, greener solution.
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Linkwood Road, Drumchapel, Glasgow

Linkwood Road, Drumchapel, Glasgow

Viridian Solar Limited

Linkwood Drive is a development of 134 homes for affordable rent in the Drumchapel area of Glasgow for both Cernach and Glasgow Housing Associations. A mixture of family houses comprising two, three and four bedroom properties as well as cottage flats and single storey homes for wheelchair users were constructed over several phases by McTaggart Construction, with whom Viridian Solar signed a group deal in April 2019.
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Wood finish solar shading on aluminium

Wood finish solar shading on aluminium

Powdertech (Corby) Ltd

The project design included a car park solar shading system from Contrasol Ltd. The extruded aluminium profiles form feature solar shading ‘fins’ running vertically on the exterior of the multi-story car park, with galvanized steel plates behind the fins at each floor level to screen car headlights. By using Powdertech’s PWF 020 Wood Finish on the metal the large building could be brought into harmony with its environment, being less visible in the landscape. Unlike wood, PWF will not deteriorate or warp. It is also a benefit for the installer to be working with a homogenous material with good dimensional stability. The colour and gloss retention for Wood Finish is excellent and it will remain looking good for over 25 years with minimal maintenance required. The project in numbers: 9000 metres of 200 x 50mm extruded aluminium profiles 530 pre-galvanized plates, 1m x 1.5 m 7700 fixing brackets 5780 end caps
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Grant Aerona³ heat pump is the right fit for barn conversion

Grant Aerona³ heat pump is the right fit for barn conversion

Grant Engineering (UK) Ltd

A barn conversion in Brecon has had a renewable heating system installed, featuring an Aerona³ air source heat pump and a QR hot water cylinder, a system which was designed by Grant UK and installed by a G1 Installer.
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Hybrid heating system provides constant comfort at cost-saving lower temperature

Hybrid heating system provides constant comfort at cost-saving lower temperature

Daikin Ltd

Hull homeowner Ben Andrew is watching his home energy bills carefully to measure the benefits of switching from an all-gas heating and hot water system to a combination of gas boiler and air source heat pump.
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Wood finish aluminium solar shading in Florida

Wood finish aluminium solar shading in Florida

Powdertech (Corby) Ltd

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.
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Living space as a power plant: Solar house

Living space as a power plant: Solar house

Hawa Sliding Solutions AG

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.

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