The “Tea Cosy” Problem: How to Solve Mould & Damp in Older Insulated Properties When we aim to reduce energy and carbon in our older homes, we often pop a ‘tea cosy’ over it with EWI and/or IWI to trap the heat inside. This results in a warm home, but moisture builds up, and mould and stale air become an even worse issue. The problem is that it’s too cold to open windows, which defeats the purpose of the insulation, but daily life still creates steam and moisture that has nowhere to escape bringing mould and damp in older properties                     Understanding the Science of Mould & Condensation The warm air circulates, and its molecules, swollen with water, bounce off colder surfaces like a window or an external wall. The air molecule immediately shrinks and spills its contents, which leeches into the plasterwork. This creates the perfect environment for mould spores, which are dragged in on our clothes and shoes or via pets, to germinate and spread. In desperation, walls are bleached, which merely masks the issue, and windows are opened, allowing more spores and moisture in along with pollutants.                   Solution 1: Low-Temp Surface Heating Instead of heating the air, there is a solution that heats surfaces first. When used at the correct frequency on the ceiling and over a large surface area, this “light” heats the surfaces without immediately warming the air. The air molecules remain restricted and simply bounce off the warmer walls. The “light” also penetrates deep into the walls to dry out any damp within them. As the walls retain the heat energy, they continue to warm the room even when the “light” is switched off. For stubborn areas, the light can even be emitted from within the wall itself, keeping the surface above the “dew point” and drying out any moisture.           Solution 2:  Preventing condensation in old buildings with Mechanical Ventilation Systems Daily activities still create moisture that builds up. A traditional centralized MVHR (Mechanical Ventilation with Heat Recovery) system would extract this and send it out of the roof, retaining the heat and then bringing in fresh, filtered and warmed air back in. Unfortunately, these systems are expensive, take up a lot of space, and require extensive ducting to be run throughout the home to collect the ‘bad’ air. This is not so bad in a new build, even though many house builders still refuse to fit them, but very hard to retrofit into older properties.                       Instead of sending the stale air upwards, a more compact solution sends it outwards. These “through-wall” units consist of carefully positioned 200mm to 300mm long ducts that are placed through external walls. Each duct has a high-density ceramic core and two reversible fans that work silently and continuously. These units use just 2 watts of power and recover around 98% of the heat. Each unit also has a sensor that monitors moist air and foul air and can let a central hub know if the room needs to be purged. A dual-fan, through-wall unit uses just 2 watts of power and recovers around 98% of the heat. The Complete Solution to Damp & Mould in older properties Moisture control through ventilation and low-temperature surface heating is our bread and butter, thanks to German engineering and over 60 years of experience in the European sector. To find out more about our energy-efficient surface heating and ventilation solutions, please get in touch.    

Energy Carbon’s low energy infrared heating was the system of choice to ensure optimal comfort in this incredible refurbishment Warksburn Old Church is a spectacular three bedroom luxury holiday rental property at Wark-on-Tyne, Northumberland, where breathtaking interior design is finished with exceptional attention to detail. It is located close to Hadrians Wall, Hexham, and Kielder in a beautiful and tranquil part of rural North East England. A £1M renovation during 2023/24 created a truly unique and stylish home, where up to six guests can enjoy a wonderful holiday. Sensitively updating a heritage building with cutting edge low carbon technology, the rebuilt Warksburn Old Church is one of the most efficient buildings in the UK, generating more energy than it consumes every year. It is the first church conversion in the world to create a home which meets the ultra-demanding Passivhaus standard for energy efficiency. Warksburn Old Church invites you to experience Net Zero Luxury for yourself. Low energy lighting is used in every room, and invisible ‘far infrared’ heating is physically built in to floors, walls, and ceilings within the property. This innovative technology provides exceptional comfort and warmth when cold winter’s days require it and means no more radiators are necessary.                   However, for most of the year, guests will notice that this Passivhaus building requires no heating at all, other than the heat naturally emitted by its occupants, and their activities such as cooking.  This is both because it is super-insulated and also because it incorporates a Mechanical Ventilation & Heat Recovery (MVHR) system         Plastering in was as simple as pressing the FLEECE into  a wet bed of Multifinish plaster before polishing off ready to decorate as seen in this installation video. Smart energy providing guest comfort and facilities Generating electricity from a substantial solar array, carefully recessed into the 150 year old Westmorland slates on the south roof, and storing the energy produced in large batteries, Warksburn Old Church incorporates a number of smart energy technologies.  These supply renewable or sustainable power for numerous features and facilities provided for the comfort, convenience, and enjoyment of guests. This stunning property, which is now available as an Airbnb, was featured on Discovery TV, The Sunday Times and Grand Designs Magazine.  

The new, smart way of improving resident comfort whilst saving energy in a care home? High energy bills, stale air, smells and unhappy people – time to put things right and reduce energy in a care home!   Imagine the scenario if you will.  A care home operates a centralised heating system such as a gas boiler or heat pump.  Rooms are heated with a series of radiators/emitters which take up valuable wall space and can cause obstruction.  These radiators dry the air out and circulate dust across the building, spreading smells, virus and other nasties. Then the boiler/heat pump breaks down, wreaking havoc across the home and activating the deployment of electric panel heaters.  Now we have obstruction, dust, dry air AND high energy bills! Dry air and smells cause residents and care staff to open windows across the care home, further spreading the nasties from room-to-room, creating cross drafts and throwing around 30% of the valuable warmth out of the window.     This foul air seeps into the building fabric.  It slows everyone down and becomes quite a nasty place to live in, work in or to visit as a relative.  Visits from outside become challenging as relatives can’t bear the thought of sitting around in these conditions – the smell and heat hitting them as they enter through the front door. Prospective clients visiting the home pick up on the heat, the drafts, the smell and the general lethargy of everyone struggling to carry out daily routines and think twice about placing their loved ones into the home.     De-risking the building, improving resident care and saving energy – the future is now Okay, so this is a pretty desperate picture and, of course, not all homes are like this.  However, these situations are reflected to some degree in most care homes – new or old.  In fact, the author has an elderly mother in a 2 year old home with a heat pump and this very much reflects this position.  Sitting with his Mother is challenging at the best of times (dementia) but the smell and dry air has scared off all other family members. Now picture this.                       A low energy, 36v, heating system embedded into the ceiling and emitting healthy far infrared light waves throughout the residents room – warming the floors, walls and surfaces as gently as the sunshine on a beautiful Spring day.  There’s no heat convection and so no dust.  Great for those with breathing difficulties.  There’s no large, ugly emitter (radiator) on the wall and so a nice piece of personal furniture takes its place. Fitted into the wall of this room is a de-centralised ventilation system that provides constant fresh air whilst recovering 99% of the heat and using less than 1watt of electricity.  It senses when CO2, moisture or air impurity levels are high and automatically purges the room – see our explainer video here.     Both systems operate independently from all other rooms and so can be programmed to the residents personal requirements.  There is no cross contamination of virus and dust and each room can be operated and monitored for the ideal climate whilst helping reduce energy in a care home. As the heating system is fast reacting, common areas may be zone controlled and drop back to a lower temperature when not in use, further saving energy. What about installation and maintenance? Both systems can be installed within a day to an average sized room and can form part of a decor upgrade.  No more Engineer call outs in this home – the heating has no moving parts and requires no servicing for the life of the system – that’s in excess of 50 years.  The ventilation system can be serviced by the cleaning crew as simply as changing a filter on a vacuum cleaner.   So – less money spent on heating, less virus spread, happier staff and residents, more visits from relatives and more bookings from prospective customers.   That’s a win all round.   For further information and to see the systems in operation – pop over to stand F74 at the Care Show, London Excel  24th and 25th April  or to see the Author talk about this in more detail then click HERE        

Eco heating was the heating of choice for this incredible new build project.   This beautiful church and community centre replaced the old St.Faiths Church in Kent.  The planning process for the building was long and arduous and fell by the wayside on many occasions until the Church approached Richard Hawkes of Hawkes Architecture – and so the journey began.   Far infrared heating allows beautiful, uninterrupted design Hawkes are great believers not only in the design advantages that hidden infrared can bring to a project, allowing more space for great impact, but also in it’s energy saving and thermal comfort properties.  Energy Carbon were selected from a choice of several manufacturers and installers as the best fit for this project.   Design of the heating commenced with energy calculations to determine the predicted heat loss for the building.  This is where infrared really wins out over other heating systems as there is no requirement to heat the air or ‘space’ but, instead, we heat the surfaces and occupants directly by providing an even coverage of around 30% to 60% in the ceiling.  This effectively reduces the load on the building thus bringing down CAPEX and OPEX.  The added benefit of surface heating is that the building is ‘charged’ with heat, a bit like a battery storing energy, which, in turn, releases to warm the air when the heating is turned off. Bringing the Team up to speed with this new technology After meetings and discussions with the main contractors Harry Barnes costings were produced which led onto producing detailed layout plans showing the layout of the mats.  Due to the large ceiling height of the main hall we opted to place FLEECE mats under the engineered flooring here and also in the main reception.  The rest of the project benefits from our FLEECE system fitted into the ceiling.       The system has a heat load of just 14kw’s, not bad for a building of over 400m2!  This was achieved by using our low energy, 60wm2 FLEECE product along with a series of just 5, 36v transformers feeding the 12 zones.  Zoning along with efficient smart controls allow for detailed scheduling as well as preemptive heating as required, in readiness for group activities such as Toddler sessions or church meetings. The installation commences Electrics were carried out by the very capable team at Bexhill Electrical who, despite never having heard of the product before, carried out the install incredibly well and to a very high standard.                         Plastering in was as simple as pressing the FLEECE into  a wet bed of Multifinish plaster before polishing off ready to decorate.   Watch the heat come to life, live, on camera Finally, the project was fired up to test reaction time and heat output using a FLIR camera   we used the FLIR One  which simply attaches to a smartphone.         For the full architectural design process click here

We live in a world full of things that a hundred years ago the average person would’ve seen as bordering on magical. However, despite our huge versatility as a species, getting used to something new still takes time. In the decades ahead, we’re going to be introduced to a whole range of different products and technologies – many of them designed to help tackle the enormous, existential threat posed by climate change. The ‘r’ word At Energy Carbon, we specialise in infrared heating (specifically far-infrared, but we’ll get on to that in just a minute). Fast, effective and extremely easy to roll out across the country at scale, infrared heating can make a huge contribution to cutting the UK’s carbon footprint by replacing environmentally damaging gas boilers. But we know from experience that homeowners sometimes have questions and concerns about infrared. Infrared is a type of radiation – a word which, understandably, makes some people uneasy. So let’s go back to basics and explore exactly what it means. Radiation is simply energy that moves from one place to another. In other words, it ‘radiates’ from a source to somewhere else. There are two types of radiation – ionising radiation and non-ionising radiation. Ionising radiation has the potential to disrupt the atoms in the human body, and can therefore be harmful to people’s health. It’s this radiation – like the kind emitted by nuclear material – that’s given the r-word its unpleasant reputation. Infrared is everywhere But infrared is a kind of non-ionising radiation – and is in fact something every human being, and almost every living creature, is exposed to and benefits from every day. The light from the sun is 49% infrared radiation, for example. Now, at this point, you might be thinking – sunlight is very nice and all, but isn’t it also dangerous in some contexts? As we all know, if people go out in the sun for too long and too often without taking the right precautions, they can suffer health issues as a consequence. This is true, but that’s because the sun also produces UV – a type of radiation which is very useful in some respects (it’s one of our main sources of Vitamin D), but can still be harmful in large amounts.   Far infrared However, that’s not to say that all infrared is safe. There are actually three types of infrared radiation – near infrared, mid infrared and far-infrared. Near infrared has the lowest bandwidth of the three – and the lower the bandwidth, the more it excites our atoms. That means it has the potential to burn, and exposure to near infrared has been found to burn the retinas of the eyes. Far-infrared, by contrast, is completely safe. It’s known as the ‘light of life’ – we said earlier that 49% of the light from the sun is infrared. To be precise, it’s far-infrared (it’s also far-infrared that’s used in incubators to warm new-born babies). And it’s far-infrared that’s by far the most beneficial for heating homes and its occupants. Far-infrared radiation warms all the surfaces and objects in a room, rather than the air – and those surfaces and objects then go on to radiate heat themselves. The embodied heat gathered in these areas slowly releases back into the room, allowing for very fast reaction times, which mean the heating itself doesn’t have to be on and consuming electricity for as long before homeowners start to feel the benefit – cutting both energy bills and carbon footprints. But not all far-infrared heating is created equal. In the past, many manufacturers have produced far-infrared heating panels that are commonly placed on the walls or ceilings inside the home. However, these panels become extremely hot to the touch when they’re in operation – which makes the dangerous if children, elderly people or anyone else accidentally fall against them.  This heat becomes very uncomfortable when placed overhead and they also only heat specific areas in a room such as over a dining table – get up from your chair and you’ll feel cold again.   At Energy Carbon, we are infrared heating suppliers and provide a much better and safer solution – far-infrared heating fleece, made from recycled materials,  that can be plastered into walls or ceilings, or, in the case of our newest product Drytec, inserted behind the plasterboard without the need for wet trades.  The 36v product covers 60% of a ceiling area, radiates out to 100% of the floor area and operates at a surface temperature of around 35° World-changing potential Like any new technology – or in this case, a new use for a technology that’s been around for years – far infrared heating may take a bit of getting used to. But once we’re over that hurdle, it’s going to play a massive part in making Britain a much greener, more sustainable place to be.  

In the two-family house (built in 1962), the upper floor flat was renovated. The house, originally equipped with night storage heaters, was to continue to be heated with electricity at the owner‘s request, so the E-NERGY CARBON FLEECE system was used as ceiling heating. This meant that the flat could continue to be occupied during the entire construction phase. To optimise energy costs, a PV system on the roof will support the overall installation in the future. Ceiling plaster: Multi Finish Surface heating: E-NERGY CARBON FLEECE (110 wm2) Surface: 150 m² Area: Upper floor

The Future of Gas Boilers in UK Homes: Why the Heating Industry Must Change For decades, gas boilers have been the default heating choice in British homes. They’ve been familiar, relatively affordable, and deeply embedded into the UK’s infrastructure. But as conversations around sustainability, energy efficiency, and long-term environmental impact continue to grow, many homeowners are beginning to ask an important question: Why are we still building the future around fossil fuel heating? The conversation around climate change is no longer limited to scientists and campaigners. Today, it shapes government policy, building regulations, energy planning, and the way homeowners think about comfort and running costs. Yet despite this shift, gas boilers continue to be installed across the UK every day, even while the country prepares for a lower-carbon future. This raises a difficult but necessary discussion about how the heating industry moves forward responsibly. Are gas boilers being phased out in the UK? Yes. The UK government has announced long-term plans to reduce the use of fossil fuel heating systems in favour of lower-carbon alternatives. While existing gas boilers are not being banned immediately, new-build properties are expected to transition towards more sustainable heating technologies over the coming years. The UK’s Long Relationship With Gas Heating The UK has historically relied more heavily on gas heating than most countries in Europe. Millions of homes were designed around central heating systems powered by natural gas, making boilers the standard solution for decades. At the time, this made practical sense. Gas infrastructure was already widespread, and boiler systems offered a relatively inexpensive way to heat homes. But the situation has changed. Today, the focus is no longer only on short-term convenience. Modern heating discussions now include: Energy efficiency Environmental impact Carbon reduction Indoor thermal comfort Long-term sustainability Future energy resilience As these priorities evolve, many experts agree that the heating industry must also evolve. Why Gas Boilers Are Under Increasing Pressure Gas boilers rely on fossil fuels. Even modern condensing boilers still burn natural gas to generate heat. This creates two major long-term concerns. Carbon Emissions Heating remains one of the largest contributors to household carbon emissions in the UK. Reducing reliance on fossil fuels is considered an important part of wider climate goals. Future Infrastructure Challenges Installing heating systems designed around fossil fuels today may create future complications as regulations, energy markets, and building standards continue to evolve. Many homeowners are now questioning whether investing heavily in traditional gas infrastructure still makes sense in the long term. A More Honest Conversation About Sustainability One of the biggest changes in recent years is that sustainability is no longer treated as a niche topic. Homeowners are becoming increasingly aware of: Energy usage Building efficiency Indoor comfort Air quality Long-term heating costs Environmental responsibility This has encouraged a wider discussion about whether the heating sector should move faster towards lower-carbon technologies. The reality is that transitioning away from gas is not simple. The UK’s infrastructure still faces several major challenges: Electrical grid demand Housing stock compatibility Retrofit complexity Consumer affordability Installation costs But difficult challenges do not remove the need for long-term planning. The heating industry now has an opportunity to invest in systems designed for the future rather than relying entirely on legacy technologies. Modern Heating Alternatives for UK Homes Several lower-carbon heating technologies are now becoming more common across residential and commercial projects across the UK. Infrared Heating An infrared heating system works differently from traditional convection heating systems. Rather than primarily heating the air, infrared systems warm surfaces and objects within a room, helping create a more balanced radiant environment. Potential benefits may include: Low maintenance requirements Quiet operation Flexible installation options Even thermal comfort Compatibility with renewable electricity sources Infrared systems are increasingly being explored in: Residential homes Heritage properties Offices Educational spaces Commercial buildings Heat Pumps Air source and ground source heat pumps are also becoming more widely discussed throughout the UK. These systems can support lower-carbon heating when paired with well-insulated buildings, although installation suitability varies depending on property type and infrastructure. Traditional Boilers vs Modern Heating Systems Feature Gas Boilers Infrared Heating Heat Pumps Energy Source Natural Gas Electricity Electricity Maintenance Regular servicing required Minimal maintenance Moderate maintenance Heat Style Air convection Radiant warmth Air/water transfer Carbon Reduction Potential Fossil-fuel-based Supports electric heating transition Lower-carbon operation Installation Complexity Familiar infrastructure Flexible installation options May require upgrades Suitability Existing gas-connected homes Residential & commercial spaces Efficient buildings Why Thermal Comfort Matters More Than Air Temperature One of the biggest shifts in heating discussions is the growing understanding of thermal comfort. Traditional heating systems often focus heavily on air temperature alone. However, human comfort is influenced by more than just warm air. Cold surfaces, poorly insulated walls, and uneven room temperatures can still make spaces feel uncomfortable even when thermostats show higher readings. This is why modern heating conversations increasingly focus on: Radiant warmth Surface temperatures Heat distribution Building fabric performance Overall comfort experience The goal is no longer simply heating the air. It’s about creating healthier and more balanced indoor environments. The Future of Heating in the UK The UK heating sector is clearly moving towards lower-carbon technologies, although the transition will take time. What matters most now is making informed long-term decisions rather than short-term reactive ones. For homeowners, this means: Understanding heating options properly Thinking beyond upfront costs alone Considering long-term efficiency and comfort Planning for future energy standards No single heating technology is perfect for every property. But the direction of travel is becoming increasingly clear. The future of home heating is likely to focus more heavily on: Electrification Energy efficiency Thermal comfort Smart energy integration Sustainable building performance FAQs Will gas boilers be banned in the UK? Existing gas boilers are not expected to be removed from homes immediately, but the UK is gradually moving towards lower-carbon heating systems for future developments. What is the best alternative to a gas boiler? The best alternative depends on the property. Infrared heating, heat pumps, and

Dear Boris, We know you’ve got a lot on your plate at the moment – but we need to talk about the environment. Earlier this year, you made the momentous commitment to cut the UK’s carbon emissions by 78% between now and 2035 – a pledge you’ve since enshrined in law. It’s not just the most ambitious carbon reduction target any developed nation has set so far – it’s a clear indication that you and the government more generally recognise the seriousness of the environmental crisis we face. But here’s the thing – pledges on their own are meaningless. Don’t get us wrong – this isn’t meant as an attack. As we’ve said already, you’ve gone further than any major world leader in committing to hugely ambitious cuts in carbon emissions. But now we need to see action. The scale of the challenge we face is frankly terrifying. In terms of its potential negative impact, climate change dwarfs the coronavirus crisis. Essentially, what we’re dealing with here is the future of our species. And without radical action literally in the space of years, it’s very possible it may not have one. So here are three things we think have the potential to supercharge the national effort to reach net zero by 2050 – and that the government should commit to immediately. Number 1: stop all support for the fossil fuel industry When a petition calling on the government to stop subsidising fossil fuels reached 10,000 signatures last year, the point at which ministers have to provide a written response, your colleagues unfortunately gave a typical politician’s reply. “The UK does not give subsidies to fossil fuels”, they said. A 2019 report by the European Commission begged to differ, finding that we provide over £10bn in support to the fossil fuel sector every year, more than any other country on the continent. What’s more, Greenpeace allege that the government’s UK Export Finance arm has funded £6bn of fossil fuel projects around the world since 2010. In November last year, we were pleased to see you commit to ending all government investment in coal, oil and gas overseas. But the crucial question is – when? And if and when that policy does come into force, can you guarantee it will be loophole-free? Number 2: embrace the potential of renewables The UK needs to be generating all its electricity renewably in the space of years, not decades. Possibly the quickest and most effective way of doing that is to embrace the country’s huge potential for offshore wind generation. A report by consultants BVG Associates claims that the UK can be generating 25 gigawatts more wind energy by 2030, which would be enough to power three-quarters of the country’s 29 million households. The same study found that Britain is by far the most suitable country for large-scale wind power generation in the world – and what’s more, there’s never been a better time to invest in it. The price of offshore wind power fell by 32% between 2012 and 2016, and a 2020 report by your own Department for Business, Energy and Industrial Strategy found the cost of renewables more generally is up to 50% cheaper than previously thought. There’s also huge potential for solar in Britain – the Welsh government is already striving to make every home its own power plant with the use of PV, and one study suggests that installing solar panels on 61% of the country’s south-facing commercial buildings would meet the power needs of every business in the country. Number 3: Put a proper funding infrastructure for retrofit projects, green businesses and sustainable technologies in place There’s no way around it – the Green Homes Grant was a bit of a flop. We understand it was probably put together at speed, and have no doubt it was extremely well intentioned. But it was overly complicated for both homeowners and the trade, and, at £2bn, a drop in the ocean given the scale of the challenge we face. In its place, we need a comprehensive programme of government grants to help homeowners across the country retrofit their homes. We need grants to support green start-ups, and the development of new green technologies in every field. We need to quickly authorise the use of proven emerging technologies like Phase Change hot water boilers and infrared heating – both of which are easy to implement, ready to go, and have been comprehensively tried and tested in Europe, but are currently excluded from SAP. And we need to make sure that the banks are lending to the entrepreneurs at the cutting-edge of the sustainability revolution. History shows us that it’s often not the rich, powerful, long-established businesses that drive innovation, but smaller, more agile ones that are willing to take risks. If the financial sector doesn’t support these businesses, we’ll all be much worse off as a result. The time for action is now These are just three steps we think are critically important if we’re going to successfully slash the UK’s carbon emissions in the decades ahead. We’re sure there are many others. In fact, we’d encourage anyone else reading this to write in and tell us the things you want to see the government doing to accelerate the drive to net zero – you can email us at hello@energycarbon.co.uk Because it’s only by drawing on the skills and expertise of talented people from every sector, that we’ve got any chance of preventing a crisis with dire consequences for everyone on Earth. Yours sincerely, Nick and Rod If you’re interested in learning more, please call 0203 507 1659 or visit www.energycarbon.co.uk.

Trailblazing sustainable housebuilder Galion Limited have become the latest firm to embrace the potential of Energy Carbon’s state-of-the-art Far-Infrared heating technology. Glastonbury-based Galion specialise in beautifully crafted, traditional new home developments designed to deliver bespoke, spacious and eco-friendly living spaces that encourage community cohesion. In their bid to make their homes as sustainable as possible, the company reached out to Energy Carbon, intrigued by what infrared heating had to offer. “When Galion approached us, we were immediately impressed with their outlook,” comments Energy Carbon director Nick Gander. “For some companies, ‘going green’ is just a box-ticking exercise. But Galion clearly don’t do sustainability by halves. Cost wasn’t an issue – they just wanted the best eco-friendly heating system they could find.” Galion’s properties will incorporate solar panels on the roofs, locally sourced natural stone, electric vehicle charging points and more. With Energy Carbon’s cutting-edge heating tech, they hope to push the envelope of sustainable construction even further. In contrast with conventional heating technology, that works by warming the air, Energy Carbon’s innovative products work by harnessing the power of infrared. Heating the surfaces in a room rather than the empty space, they allow homeowners to switch it on and be feeling the benefits much more quickly than traditional heating – which means lower electricity bills as a result. An ongoing test house experiment run by Energy Carbon in Germany has found that this technology can reduce overall electricity use by as much as 26%. Capable of heating rooms up to 28.7 degrees Celsius while retaining safe, low surface temperatures of no more than 41 degrees, the products can be quickly and easily plastered into ceilings or inserted behind plasterboard, meaning they’re not only green, but builder-friendly too. Energy Carbon co-director Rod Davies comments: “In many cases, it’s not the big major developers who make the first move when it comes to innovative new technologies. “We often find it’s the smaller, more agile companies that are willing to embrace new ideas – an approach that Galion perfectly encapsulates. They’ve already gone further on sustainability than many of the UK’s housebuilders, and we’re delighted to be working with them.” Give us a call on 0203 507 1659 or email hello@energycarbon.co.uk  

We’re delighted to be able to unveil two new innovations this month. The first is our 60-watt infrared heating fleece, that’s been specifically designed for homes being built to Passivhaus standard. Passivhaus – literally ‘Passive House’ in German – is widely accepted as the world’s most stringent and respected standard of home energy efficiency. Passivhaus buildings provide an exceptional level of occupant comfort, while using very little energy for heating and cooling – and we expect to see the numbers of them increase significantly in coming years, as the UK strives to meet its new target of 78% less carbon emissions by 2035. Our 60-watt fleece will allow us to offer fantastic infrared heating in even the most demanding of settings. Meanwhile, we’ve launched a new whole-house transformer for use with our heating products. When you use lots of smaller transformers on a project, it can quickly get messy and complicated – and you’re often left with lots of outlets you don’t need. With our new transformer, you can cover up to ten zones with a single unit, which keeps things much neater, and makes the installer’s life much easier. If you’d like to learn more, don’t hesitate to contact Energy Carbon today! Call 0203 507 1659 or email hello@energycarbon.co.uk.