It’s a revolution in progress: smart heating and heat pumps come together to increase the share of renewable energies and promote energy independence. In this article, we rely on the words of Christian Deilmann, co-founder and chief product officer at tado°. The possibilities for reducing energy costs when combined with a heat pump with smart controls and time-of-use tariffs will be described.
What solution to eliminate fossil fuels?
The heat pump is certainly one of the best solutions to answer this question. In the energy sector, we are on the cusp of great change. It will happen when time-of-use tariffs work together with smart heat pumps.
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Heat pumps are already experiencing double-digit growth. In 2020, there were 14.84 million heat pumps installed in Europe, i.e. 6% more than in 2019. France is the leading market in Europe with 394,000 units sold in 2020, ahead of Italy and France. Germany, which represents 48% of the European volume.
Energy independence: high investment, supported by the government
Of course, players in the energy sector already understand their potential to end our dependence on fossil fuels. However, mainstream adoption has been held back by the high investment a heat pump requires, despite the promise of lower energy bills.
Recently, the French government reiterated its support for this type of heating installation thanks to the “energy boost” bonuses. However, installation alone will not be enough to exploit the full potential of heat pumps to have a significant impact on energy consumption.
This is where the convergence of two technologies offers customers breakthrough innovation the likes of which the energy industry has never seen before.
The combination of an intelligent heat pump and a tariff based on times of use will allow everyone to take a step forward in terms of energy consumption and therefore cost.
Dynamic heating explained
In a renewable electricity market composed of intermittent sources, price volatility is linked to the availability of supply provided by renewable energies. When electricity supply cannot meet demand, the price of energy increases. Conversely, when supply exceeds demand, the price of energy decreases.
Users can take advantage of these price changes based on the time of use. Electric vehicles already work with chargers that synchronize with tariffs and only charge the car at night or during periods when prices are low.
Imagine your smart thermostat and heat pump doing the same and actively chasing those low prices to provide the bulk of your home’s heating or fill your hot water tank.
Ten years of experience serving home energy
In fact, smart controllers and thermostats are not new technologies. Ten years of experience have made it possible to take into account the habits of users, to perfect their efficiency and their design, but above all to use them to build the future of domestic energy.
Smart controlled systems use periods when energy is cheaper to heat storage and hot water tanks. When energy prices are high and supply cannot meet demand, a home can use stored heat and hot water to avoid buying expensive energy.
This allows to reduce energy costs without ever compromising comfort.
Give flexibility to the network
In France, only 19.1% of final energy consumption is linked to renewables. Security of supply cannot be guaranteed by these sources, which limits their growth potential. Although we cannot control when the sun is shining or the wind is blowing, we can control household consumption based on these times.
We must match the demand for energy with the available supply in order to increase the share of renewable energies in our energy network. The solution to this problem lies in hourly rates and a smart heat pump that actively seeks to only use electricity when the price is low. Energy independence is also at this price.
You can complete the reading of this article by reading: Energy independence: local solutions for a global problem