Utilities & Infrastructure : Energy News

CRISIS OF CONFIDENCE: Majority of ‘Red Wall’ voters say Government “does not understand financial pressures on working families” as energy prices soar

Exclusive polling conducted for the not-for-profit trade body Energy and Utilities Alliance (EUA), has confirmed that the cost-of-living crisis is hitting ‘Red Wall’ voters hard, with an astonishing 79 per cent saying the Government does not understand the financial pressures on working families. EUA and YouGov polled 1600 voters in

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Work to uncover Victorian sewer completed at Victoria Embankment Foreshore

Teams working at Tideway’s Victoria Embankment Foreshore site have completed work to uncover the original Bazalgette sewer at the site, taking another important step towards Tideway’s integration with London’s existing sewer system. In order to connect to Bazalgette’s sewers to divert sewage into the main tunnel, the team at Victoria

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New Report Tracks True Cost of Green Energy Switch

New Report Tracks True Cost of Green Energy Switch

A new green energy report, published by the not-for-profit body Energy and Utilities Alliance (EUA), finds customers are typically facing a five-fold cost increase to install a heat pump, compared to a hydrogen-ready boiler. Households can currently expect to pay up to £15,000 for transition to a heat pump depending

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Remainer Whitehall Officials Plan EU Policy Embarrassment for PM Johnson

Whitehall Officials Plan EU Policy Embarrassment for PM Johnson

Fresh from allegations that Whitehall officials are blocking Boris Johnson’s hydrogen plans, it now appears that officials are planning to embarrass the Prime Minister by adopting the much ridiculed industrial policy that gave the EU “milk lakes” and “butter mountains”. Hidden in the detail of the recently published Heat and

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houzen Looks Back at a Decade of English Housing Energy Efficiency

houzen Looks Back at a Decade of English Housing Energy Efficiency

Back in 2012, the English Housing Survey took an in-depth look at the energy efficiency of the country’s housing stock. It found that social housing was leading the field, with an average Standard Assessment Procedure (SAP) rating of 65, compared to just 57 for the private rented sector. The most

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Latest Issue
Issue 330 : Jul 2025

Utilities & Infrastructure : Energy News

Britain’s gas grid to be ready to deliver hydrogen across the country from 2023, energy networks announce

Britain’s gas grid is set to be ready to start to blending hydrogen around the country from next year, helping provide families with more secure, homegrown energy supplies, new plans published by energy network companies announce today. Energy Networks Association (ENA) has published Britain’s Hydrogen Blending Delivery Plan, setting out how all five of Britain’s gas grid companies will meet the Government’s target for Britain’s network of gas pipes to be ready to deliver 20% hydrogen to homes and businesses acround the country from 2023, as a replacement for up to a fifth of the natural gas currently used. It will also mean that Britain’s fleet of gas-fired power plants will be able to use blended hydrogen to generate cleaner electricity. The companies are also calling for the UK Government to double its domestic 2030 hydrogen production target from 5GW to 10GW, to ensure that as much hydrogen as possible is produced from sources here in the UK, to better protect homes and businesses from international gas market changes. Blending 20% hydrogen into the gas grid will reduce carbon emissions by the equivalent of 2.5 million cars a year, without any changes needed to be made to people’s cookers, boilers or heating systems, ENA says. Britain’s Hydrogen Blending Delivery Plan sets out: A new ‘Target 2023’ timeline that all five of Britain’s gas network companies will follow, to ensure homes are able to benefit from hydrogen as a replacement for up to a fifth of the natural gas currently used, from the winter of 2023/4 onwards. Two options that the Department of Business, Energy & Industrial Strategy should choose from for the energy infrastructure changes that need to be made to allow hydrogen blending to happen from 2023 – a Strategic Approach and a Free Market Approach. The legal changes that must be made by Government and regulatory bodies across five key ‘Market Pillars’ to ensure gas network companies can start blending hydrogen into the gas grid from 2023. The Plan builds on the progress made by gas network companies through the HyDeploy project, which has demonstrated that blending hydrogen with natural gas is feasible and safe. The project began blending hydrogen into the public gas network in Winlaton, Gateshead, in summer 2021. David Smith, Chief Executive of Energy Networks Association, says: “Whether it be heating our homes, powering our businesses or generating cleaner electricity, hydrogen will help drive up our energy security, while driving down our carbon emissions – and Britain’s gas grid companies are ready to get on with the job of delivering that. “This plan sets out the changes needed to deliver cleaner, more secure energy supplies for all. What’s key is that the Government does its bit too by lifting its target for homegrown hydrogen production this decade. Doing that today will help gas grid companies deliver for tomorrow.”

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CRISIS OF CONFIDENCE: Majority of ‘Red Wall’ voters say Government “does not understand financial pressures on working families” as energy prices soar

Exclusive polling conducted for the not-for-profit trade body Energy and Utilities Alliance (EUA), has confirmed that the cost-of-living crisis is hitting ‘Red Wall’ voters hard, with an astonishing 79 per cent saying the Government does not understand the financial pressures on working families. EUA and YouGov polled 1600 voters in 18 Red Wall constituencies across the north of England, covering seats won by the Conservatives for the first time in 2019 on a range of energy issues. The figures will put pressure on the Government to relieve the pressure of escalating energy bills. The joint poll also found that 80 per cent of Conservative voters in 2019 now believe the issue of energy bills to be important to them, with nearly 60 per cent stating that rising energy bills are having a big impact upon their personal finances. EUA’s analysis of the polling found that 17 of the 18 seats would switch back to Labour if there were to be an election now. The survey comes a few weeks away from a predicted £719 (56 per cent) increase in energy bills, as the Price Cap is reviewed, taking effect in April. Commenting on the findings, EUA’s Chief Executive Mike Foster said: “These numbers confirm just how deeply the cost-of-living crisis is hitting working families. And at the heart of this crisis are escalating energy bills. When there is such strong sentiment expressed by the public, the Government must listen. Sky-high energy bills are not the fault of consumers, but they are paying a heavy price. It is also very clear that politicians will pay a price for not tackling sky-high bills.” “In October, the average Price Cap bill rose by £140, another £700 is simply not affordable. Voters will expect action before April’s figures kick in. There is plenty the Government can do but in the short-term, their options are limited. Cutting VAT on energy bills and switching environment levies onto general taxation will help. They could increase the Winter Fuel Payment paid to pensioners too, but they do need to act.” “To provide long-term relief from high energy bills, the Government needs to prioritise energy efficiency measures such as insulation. It also needs to confirm its intention to switch away from fossil fuel gas to hydrogen for home heating. This will meet the UK’s net zero obligation without adding further financial burdens to consumers.” The constituencies polled as part of the research were: Barrow and Furness, Bishop Auckland, Blyth Valley, Burnley, Darlington, Don Valley, Great Grimsby, Hartlepool, Leigh, North West Durham, Penistone and Stocksbridge, Redcar, Rother Valley, Scunthorpe, Sedgefield, Stockton South, Wakefield, and Workington. For more information, visit the EUA’s website: https://eua.org.uk

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Work to uncover Victorian sewer completed at Victoria Embankment Foreshore

Teams working at Tideway’s Victoria Embankment Foreshore site have completed work to uncover the original Bazalgette sewer at the site, taking another important step towards Tideway’s integration with London’s existing sewer system. In order to connect to Bazalgette’s sewers to divert sewage into the main tunnel, the team at Victoria Embankment had to uncover part of the Northern Low-Level Sewer, which formed part of the original Victorian sewerage system. While works were carried out, a temporary flume pipe was installed within the existing Victorian brick sewer to ensure sewage can continue to flow through during work. An interception chamber has also been constructed that will redirect sewage flows towards the new super sewer via a 48m deep shaft. Adnan Noor, Project Manager at Victoria Embankment, said: “This milestone, after 13 months of civil engineering and demolition work, represents an important step towards our mission to clean up the River Thames from sewage pollution. Making these connections with Bazalgette’s existing system are a great reminder of the scale of his work and its contribution to London. We’re proud of our part in updating it for future generations.” The Ferrovial Construction and Laing O’Rourke (FLO) joint venture, the principal contractor for the 12.7km central section of the 25km Thames Tideway Tunnel, appointed Barhale to carry out the works at Victoria Embankment Foreshore. Barhale Regional Director Phil Cull, said: “The completion of the breakout of the Northern Low-Level Sewer at Victoria Foreshore and the construction of the interception chamber is an important step in the integration of London’s systems – old and new.” “We are very pleased to have successfully delivered this key element of the Tideway project at Victoria Embankment Foreshore. Tideway is a huge project and we are proud to be playing our part in upgrading London’s infrastructure not only to meet existing demand but also for generations to come.” The Victoria Embankment Foreshore site will be used to control the existing local Combined Sewer Overflow (CSO), known as the Regent Street CSO. After commissioning, the connections will allow overflows at the CSO to be intercepted and carried into the 25km Tideway “super sewer” tunnel, before being treated at Beckton Sewage Treatment Works. Northern Low-Level Sewer No.1 starts in Hammersmith in the west of the city then runs beneath Fulham before joining, and becoming an integral part of, the Thames Embankment at Cheyne Walk in Chelsea. Its flows are ultimately raised at the Abbey Mills pumping station to join the Northern Outfall Sewer.

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Shell and RWE Pinpoint North-East of England for Gigawatt-Scale Offshore Wind-to-Hydrogen Projects

RWE Generation & Shell New Energies will explore the possibilities of establishing integrated projects for the production of green hydrogen using offshore wind power on a gigawatt scale in the industrial regions in the north-east of England such as Teesside and/or Humberside. The plan is one of the steps set out in a recently signed Memorandum of Understanding between the two companies to jointly advance projects for the production, use, and distribution of green hydrogen, as well as further options to decarbonise RWE gas and biomass-fired power plants in northwest Europe. The aim of the MoU is to identify concrete project options which could then be developed toward investment decisions, the two companies said. ”Effective climate action needs cross-sector and cross-national cooperation. In our cooperation with Shell, we want to develop solutions that combine new approaches with proven technologies and, above all, can be applied quickly and on a large scale. We will also contribute our special expertise in the development of offshore wind projects as well as the provision of energy in the form of electricity, heat and, in the future, green hydrogen for our customers,” said Markus Krebber, CEO of RWE. RWE and Shell already have a background of cooperation through the NortH2 project in the Netherlands, and AquaVentus in Germany.

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Energy Assets wins government grant to digitise underground utility asset data

Energy Assets Networks and Pipelines (EAN & P) have won grant funding from the Government’s Geospatial Commission to digitise their underground power and gas assets. EAN & P are one of two organisations operating in Greater London to have received funding, which is being distributed and managed by the Greater London Authority (GLA). The funding will enable EAN & P to vectorize and digitally share the position of their electricity cables and gas pipes across London’s boroughs. This data will help speed up residential and commercial development, reduce the risk of accidental pipe and cable strikes, and minimise the disruption to communities and traffic caused by new or emergency infrastructure works. The geospatial survey and data capture project will create a highly accurate digital map of the companies’ underground utility assets across the capital and will feed into the National Underground Asset Register (NUAR) being built by the Geospatial Commission for the UK. “As an independent distribution network operator and an independent gas transporter, we work closely with contractors building out residential and commercial developments,” said Andrew Collin, EAP’s Network Manager. “One of the biggest challenges our customers face is identifying the precise location of existing infrastructure, so this new digitized and shared asset register will provide the detail they need to plan and install utility networks much more efficiently. This resource will also help minimise the disruption to communities caused by emergency repair work or the laying of additional infrastructure by pinpointing existing pipes and cables within a range of a few centimetres.” The grant funding, won in a competitive bid process, will support the vectorization of existing EAN & P assets by specialist partner Graitec and the provision of geospatial technology and training by MGISS. Once EAN & P have completed the vectorization work across the London boroughs, the businesses aim to extend the work to map their utility assets across the rest of Britain – and then adopt a ‘Vector First’ approach by capturing geospatial data as assets are built out. Nigel Clifford, Deputy Chair of the Geospatial Commission commented: “Unlocking value from geospatial data is the heart of the UK’s Geospatial Strategy. Our National Underground Asset Register will be a momentous step towards providing the UK with a shared national data asset of significant value. I am proud of the collaboration with industry that we have so far established as part of our preparatory work and look forward to it continuing.” EAN & P are responsible for the ownership and management of many thousands of final mile electricity and gas connections across the country. The companies, part of the Energy Assets Group, are among the fastest-growing local energy network owners in Britain, with a reputation for digital innovation in support of a growing customer base of accredited connections providers, housebuilders, commercial developers and EV charging network owners.  https://www.energyassetspipelines.co.uk

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New Report Tracks True Cost of Green Energy Switch

New Report Tracks True Cost of Green Energy Switch

A new green energy report, published by the not-for-profit body Energy and Utilities Alliance (EUA), finds customers are typically facing a five-fold cost increase to install a heat pump, compared to a hydrogen-ready boiler. Households can currently expect to pay up to £15,000 for transition to a heat pump depending on the property type, compared to less than £3,000 for a hydrogen-ready boiler. In addition to the higher cost of the heat pump itself, the disparity is largely due to the additional energy efficiency measures needed to enable a heat pump to operate efficiently, plus the need to fit a hot water cylinder and new radiators. Some homes also require new internal pipework. In its recent Heat and Buildings Strategy, the UK Government set an ambitious cost reduction target for heat pumps to reach cost parity with gas boilers by the end of the decade, with 25-50% of the reduction achieved by 2025. To support the initial upfront costs, the Government is offering consumers £5,000 grants for the installation of heat pumps, yet the allocated funding is only enough to support 30,000 heat pump installations per annum for three years – this equates to just 5% of the annual installation target of 600k heat pumps per year by 2028. For the first time this report gives clarity for customers considering the switch to greener energy and is the first in a series which will track the progress towards the Government’s cost reduction target. Introducing the green energy report, Mike Foster, CEO of Energy and Utilities Alliance said: “We need to decarbonise homes if we are to meet our Net Zero ambitions but consumers simply do not have the cash to pay for the high upfront costs of many low carbon heating options. The recent Heat and Building Strategy is right to demand massive reductions in the cost of heat pumps, which according to this report can cost consumers up to seven times that of a simple boiler switch. “Many heating industry experts are sceptical that the scale of the cost reduction can be achieved, with the claim that heat pump costs will be at parity with gas boilers by April next year, as simply implausible. “Regardless of what happens in the heat pump market, it is increasingly clear that they are not a like-for-like replacement of a gas boiler. Consumers will face considerable disruption, cost and the need for behavioural change to retrofit their homes with a heat pump. “It is recognised that the majority of UK homes are simply not suitable for heat pumps. When an existing boiler needs replacing, installing a hydrogen-ready version, at no extra cost, means that a householder can switch over to clean burning hydrogen when it’s available in the network.” There is no silver bullet to tackle the challenging target of achieving Net Zero by 2050 and every energy solution will be needed to play its part. The report highlights that the costs of transitioning to cleaner energy can vary vastly in different homes, dependent on the fabric of the building and whether there are any energy efficiency measures in place. It is therefore vital that customers understand the options available to them so they can make the best decision. This will help to ensure an affordable and fair energy transition for everyone. Mike Foster concludes: “We urge the government to expedite a decision to mandate hydrogen ready boilers so that when a boiler reaches the end of its natural life it can replaced which one which is future proof. The UK’s leading boiler manufacturers have made a promise that the hydrogen-ready boilers can be produced at the equivalent cost of today’s natural gas equivalents and with the products already developed they are ready to start manufacturing.”

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Remainer Whitehall Officials Plan EU Policy Embarrassment for PM Johnson

Whitehall Officials Plan EU Policy Embarrassment for PM Johnson

Fresh from allegations that Whitehall officials are blocking Boris Johnson’s hydrogen plans, it now appears that officials are planning to embarrass the Prime Minister by adopting the much ridiculed industrial policy that gave the EU “milk lakes” and “butter mountains”. Hidden in the detail of the recently published Heat and Buildings Strategy, officials at the Department of Business, Energy and Industrial Strategy (BEIS) are plotting to force British heating appliance manufacturers to make heat pumps, regardless of whether the public want to buy them or not. Under what is known as the “market mechanism” current boiler manufacturers will be told by Whitehall officials how many heat pumps they need to make or risk being heavily fined if they don’t obey the instruction. Similar policies adopted by the EU in the past, led to excess supply over demand and the obscene creation of wine lakes and butter mountains. “This is the most un-Conservative industrial policy I have ever seen. To force successful British businesses to make what Whitehall officials want, rather than what consumers want, is an extraordinary degree of state-meddling,” said Mike Foster CEO of Energy and Utilities Alliance. “If consumers want heat pumps, then these manufacturing businesses will make and sell them. But to be fined for not selling something the public currently don’t want is bizarre, more so when Cabinet Minsters accept that heat pumps aren’t yet ready for the mass market. It is almost as if Whitehall officials are deliberately trying to embarrass the Prime Minister by using the tactics he has previously derided the EU for using. It’s the Revenge of the Remainers within BEIS.” “But the most disturbing aspect of this policy is the sheer lack of understanding in how markets work. If the Government want heat pumps installed, it needs to make them more attractive to consumers. According to the PM, they cost ‘ten grand a pop,’ well beyond the reach of most. People can’t afford them. Without consumer demand, business won’t supply products for fear of creating a mountain of unsold heat pumps filling warehouses across the land, all because Whitehall thinks it knows best,” Mike concluded.

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Plymouth’s journey to net zero progresses thanks to new partnership with Vital Energi

Vital Energi are helping Plymouth City Council achieve their goal of a net zero city by 2030 by delivering carbon savings of just under 300 tonnes a year through the installation of advanced renewable energy technologies across five of their buildings and the combined law courts. Low carbon heat will be delivered to six of Plymouth’s key city centre buildings, including Ballard House, Plymouth City Council’s 7-storey head office, Crownhill Court, Grade II* listed Victorian townhouse, Elliot Terrace, and the Guildhall, which is a Grade II listed building owned by the council, linked by a heat network to the Council House and Plymouth Combined Court. This is part one of a larger programme of decarbonisation by the Council. The buildings currently rely on individual gas fired boilers for heat, which release combustion gases and carbon emissions to the atmosphere via a flue in each building. Vital Energi are providing the complete design, supply, delivery, installation, testing, commissioning, and monitoring for the installation of Air Source Heat Pumps (ASHP) which will be connected to the existing heating system. ASHPs are one of the most effective technologies for reducing carbon. They absorb heat from the outside air, transfer it to a liquid and compress it to heat the temperature further.  The heat is then transferred from the liquid to water and distributed throughout the network to provide heat to the connected buildings. ASHPs can still extract heat when air temperatures are as low as -15°c, which is far lower than Plymouth ever gets! Vital Energi are also undertaking alterations to parts of the heating system pipework and controls within the existing building; this is to reduce the heating system operating temperatures to support the lower optimum ASHP operating temperatures and maximised efficiencies. All four sites will be remotely monitored via a building management system (BMS) too, so performance can be monitored over time and amendments can be made to controls settings and software remotely. Rob Callaghan, Managing Director of Vital Energi for the London and Southern Division, said: “We are grateful to Plymouth City Council for giving us the opportunity to work in the team that is focused on carrying out this important retrofitting work to Plymouth public sector estate.” Councillor Maddi Bridgeman, Cabinet member for the Environment and Street Scene, said: “This is a huge step forward in plans to tackle the climate crisis and I’m really pleased we’ve been able to secure the funding. “I know that for a lot of people out there, the Council changing how it heats its buildings isn’t ground-breaking news. But for us, it’s about setting an example.” This project, which provides further opportunities to extend a heat network within Plymouth city centre as a comprehensive redevelopment programme to serve other developments in the future, received grant funding from the Public Sector Decarbonisation Scheme (PSDS), which is administered by Salix on behalf of the Government’s Department for Business Energy and Industrial Strategy (BEIS).

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Every energy technology to reach Net Zero explained in new ‘key facts’ guide

The Institution of Engineering and Technology (IET) has launched a new Energy technologies for net zero guide which gives a detailed look at the technologies available that can decarbonise the UK energy system and shift energy demand from fossil fuels to a low-carbon supply – vital to reach the Government’s Net Zero targets. The easy-to-follow guide, produced by energy system researchers at the University of Strathclyde on behalf of the IET, is intended to help the public, policy makers and anyone invested in transitioning to a low-carbon future, understand the options and technologies available. Simon Edwards, Director of Governance and External Engagement at the IET, said: “The transition to Net Zero will rely on people and technology. It is vital that everyone has a good understanding of how technology can make that happen, what the options are and how they work. “Technology enables us to dramatically reduce our dependence on fossil fuels by changing where our energy comes from and how we use it. However, there is a wide range of technologies that might be used and big decisions on the energy transition from policy makers still to come. This guide is intended to give the key facts, so everyone can become more informed about the decisions they make, as well as the pathways the UK Government and industry may take, to reach a low carbon future.” The guide also gives a unique comparative analysis of a set of seven net zero pathways to uncover what our decarbonised energy system – both supply and demand – in 2050 is likely to look like. Dr James Dixon, a post-doctoral researcher at the University of Strathclyde and lead author of the guide, said: “All paths to Net Zero rely on substantial changes in technology and the way we use energy. More optimism in what technology can achieve and how cheaply it can do it reduces – but never eliminates – the need to change how we do things. On the other hand, the more we can bring down our energy demand, the less we are dependent on technological innovation. In other words, it de-risks the transition.” The A-Z guide covers every main Net Zero energy technology from how energy can be produced from sustainable and renewable sources, how it can be used via low-carbon travel choices and how homes are heated. Keith Bell, Professor of energy systems at University of Strathclyde and co-author, added: “The fantastic reductions in the cost of energy from electricity produced from wind and solar and the efficiencies of things like electric vehicles and heat pumps mean that much greater reliance on renewables in future makes a huge amount of sense. However, it also raises challenges around the variability of wind and solar and the need for energy storage and flexibility of demand. “The Government’s Net Zero Strategy, launched this week, shows there is still a lot of work to do across many sectors. However, it’s a welcome statement of intent and it’s good to see acknowledgements of the importance of things like long-term energy storage and action on heating in buildings. “Whilst it is clear these technologies are fundamental, there is still an active part society at large needs to play in making low-carbon choices in our everyday lives. If people, policy makers and businesses understand the various options and why they’re needed, we will get greater support for a fast and fair transition to Net Zero.” The IET’s Energy technologies for net zero guide is available for download here.

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houzen Looks Back at a Decade of English Housing Energy Efficiency

houzen Looks Back at a Decade of English Housing Energy Efficiency

Back in 2012, the English Housing Survey took an in-depth look at the energy efficiency of the country’s housing stock. It found that social housing was leading the field, with an average Standard Assessment Procedure (SAP) rating of 65, compared to just 57 for the private rented sector. The most recent English Housing Survey to provide a snapshot of energy efficiency is the 2019-20 report. It found that energy efficiency had improved over the preceding decade, with the proportion of dwellings in the highest EER bands (A to C), rising from 12% to 40% between 2009 and 2019. Social rented homes continued to be the best performers, with 61% in bands A to C in 2019, compared to just 38% of homes in the private rented sector. The average cost to move a property from EER bands D to G up to a band C rating was estimated to be £8,110. The cost varied across tenure, from the cheapest being housing association dwellings (with an average of £5,910) to the most expensive being owner occupied homes (£8,579). Just 2% of properties were found to be unable to reach band C at all. With an average annual energy cost saving of £298 because of upgrading a home to band C, it would take the average property over 27 years to start benefitting financially from doing so. Hence the need for government incentives to speed up the upgrading of English homes’ energy performance. Heat pumps are an interesting example of this. In 2019, just 103,000 homes in England had a heat pump – well below 1% of total housing stock. The government has now announced a £5,000-per-household grant to encourage the installation of heat pumps. However, that will cover the installation of just 30,000 heat pumps per year. How the government target of installing 600,000 heat pumps per year by 2028 is to be met remains unclear. Some of those likely to be near the front of the queue for the new heat pump grants are England’s landlords, as all new tenancies will require an EPC rating of band C or higher by 2025. Proptech investment platform houzen is supporting landlords and owner-occupiers alike to reach band C or higher with its in-depth sustainability reports. The tech-driven reports provide owners with the means to see quickly and easily how their properties measure up in terms of their environmental impact, as well as how they can enhance their sustainability. They blend expert knowledge with AI and Computer Vision to consider how homes perform in respect of 27 measures that impact the climate.

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