With energy costs – including the cost of electricity – rising in most European countries, the last thing on peoples’ minds might be switching to electric heating as a primary or comfort heating source for their homes. But could it be that electric has much more potential than people think?
The European Commission has set a target for 40% of residential heating to be sourced from electricity by 2030, and up to 70% by 2050.The thought behind this is that if electricity is supplied by renewable energy sources, it represents a more environmentally-friendly power source than fossil fuels and a way for us to significantly decrease CO2 emissions and mitigate climate change.
This is a critical step on the path to net zero, which is why the Commission aims to meet 84% of electricity demand with electricity from renewable energy sources by 2050 and mitigate climate change.
Electric underfloor heating plays a central role in these plans. Research shows that the most cost-efficient heating solution for highly insulated residential buildings is electric underfloor heating used in combination with photovoltaics.
A comfortable ambient temperature and quick response time are just a couple of the benefits electric heating offers. Learn more about these and other benefits of electric heating.
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To meet the European Union’s ambitious climate targets and reduce our dependency on fossil fuels, we need to make residential buildings more energy efficient. This involves improving building insulation and increasing on-site production of renewable electricity, so residential buildings can eventually be self-sustaining, using energy they produce themselves.
Electricity-based space heating technology, including electric underfloor heating, will play a vital role in this transition. If you calculate in the fact that electric underfloor heating is projected to be cheaper for consumers than traditional gas, liquid and solid fuel technologies, it’s clear that electric underfloor heating is an energy- and cost-efficient option for a home heating solution. The future is indeed electric.
Find out how the combination of electric underfloor heating and photovoltaics met the energy efficiency requirements for an Energy plus, near-zero housing complex in Koblenz, Germany.
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Digital controllers have the unique features allowing you to reduce energy waste. Some thermostats are fitted with Wi-Fi allowing remote control of heating systems via mobile application.
The heating mats are used for installation in a thin layer of tile adhesive, self-leveling mixture, or similar. The standard minimum thickness of the floor layer is 5-8 mm while the thickness of electric heating mat is 3–4.5 mm. This minimizes the floor level increase. Electric heating mats consist of a thin cable securely fixed on self-adhesive glass-fiber mesh, usually of 50 cm width. Thin heating mats are manufactured as ready-made heating sections with a specific area (i.e. 0.5, 1, 1.5 … 12 m²) including a power supply cable (cold lead) and hermetically sealed connections.
Heating cables are used for a variety of applications, including indoor comfort floor heating and total heating both for small houses as well as large commercial buildings. Heating cables are mostly used in connection with new building or larger renovation projects.
Electric underfloor heating for all types of floors
Electric heating is an energy-efficient and environmentally friendly floor heating solution. It is flexible for new build homes and renovations for both wet and dry installation.
For decades, many have considered electricity to be an inefficient heating source, associating it with high energy bills and pollution. However, times are changing. Now, the combination of electric floor heating and solar panels are an energy-efficient option for homeowners. Yes, the future is indeed electric, as this case from Koblenz, Germany shows.
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