A plan for fuel poverty
David Patrick from Dimplex explores how electric heating and smart ventilation technologies can be easily integrated to deliver aff ordable warmth and comfort.
A
s household energy costs in the UK continue to rise, fuel poverty has become a widespread challenge for the UK housing sector. While warmth and comfort were once assumed to be basic outcomes of
modern housing, both are increasingly out of reach for millions of tenants and addressing this challenge requires a fundamental rethink of how homes are designed, heated and ventilated.
DESIGNING FOR AFFORDABLE WARMTH Fuel poverty is oſt en framed as a cost of energy issue, but the reality is more complex. According to National Energy Action, 6.1 million UK households are now living in fuel poverty, a fi gure that has risen from an estimated 4.5 million in late 2021. T is rise refl ects not only volatile energy prices but also housing stock that
is struggling to operate effi ciently and manage moisture. In many homes, poor thermal performance goes hand in hand with inadequate ventilation, and the eff ects are compounded when occupants reduce heating or switch off ventilation units to save money. When a property becomes cold, a lack of eff ective air management can lead to damp and mould, undermining occupant health, damaging interiors and increasing long-term maintenance costs. While insulation and airtightness upgrades remain essential, heating systems
continue to play a vital role in whether a home can be kept warm aff ordably. Replacing fossil-fuelled systems with high-effi ciency, smart electric space and water heating enables households to use cleaner electricity and gain greater control over energy use.
However, heating alone is not enough. As homes become more airtight in
pursuit of effi ciency, eff ective ventilation becomes essential to maintain indoor air quality without driving up heat loss. T is is where decentralised mechanical extract ventilation (dMEV) fans add a vital third layer to the design strategy. By continuously extracting moisture and stale air at low energy consumption, dMEV systems help prevent condensation and mould whilst allowing heating systems to operate more effi ciently. Importantly, dMEV fans also provide targeted, demand-led ventilation
without the heat penalties associated with intermittent or uncontrolled airfl ow. T is balance between achieving thermal comfort and good indoor air quality supports healthier living conditions while keeping running costs low – a crucial consideration for households at risk of fuel poverty.
BUILDING RESILIENCE INTO HOMES To tackle fuel poverty, homes must be designed with effi cient electric space and water heating, smart controls and low-energy ventilation considered together, not as individual additions. When warmth, air quality and energy effi ciency are built into a home’s core
design, occupants benefi t from stable indoor comfort, reduced energy costs and improved wellbeing. By adopting this whole home approach that combines electric space and water heating with smart ventilation solutions, the housing sector has an opportunity to address fuel poverty. Creating homes that are not only compliant with standards but also deliver aff ordable thermal comfort and improved indoor air quality.
Housing Management & Maintenance Spring 2026
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