New research from Drayton has found that a fully-zoned smart heating control system is “the most cost-efficient way” to reduce carbon emissions from heating systems.
By developing a marginal abatement cost curve (MACC), the research from Drayton compares the cost-efficiency of heating controls against other energy efficiency measures, like loft and cavity wall insulation.
The company says that its research shows that for the average UK household, a heating system with a full multi-zone heating control solution can save £187 per tonne of CO2e (emitted CO2) reduced.
To achieve these results, a full smart-zoned heating control system should include a timer, smart thermostat and individual room control achieved with radiator thermostats, such as the Wiser system.
This is compared to solid wall insulation and other fabric measures, which were found to produce a positive MAC, meaning that it costs more money to reduce carbon emissions using these technologies.
Jeremy Palmer, General Manager at Drayton, commented: “While we know from Schneider Electric’s research that 71% of UK homeowners believe it is important to reduce their carbon footprint, given the cost-of-living crisis we have experienced over the past 18 months it is no surprise that when looking at home improvements, homeowners are also prioritising those that provide a relatively quick return on investment.
“Smart heating controls like Wiser have been proven to be highly beneficial, not just when it comes to reducing energy bills, but also reducing carbon emissions through optimising the performance of the heating system. Alongside this, the insights and data provided to homeowners also promote positive change to their heating habits, empowering them to monitor and adjust their energy use more easily. This behavioural aspect is key to maximising effectiveness of energy efficiency measures, as well as meeting crucial net zero targets.”
