A heat pump is a device that can provide heating, cooling and hot water for residential, commercial and industrial use. Despite the name, all heat pumps can provide both heating and cooling. They work well in nearly all types of climate.
EHPA aims for quality. Together with its member it tries to show both the end-consumers and policy makers that heat pumps are quality products that are very energy efficient and are using the available renewable energy sources as much as possible.
EHPA is the voice of the heat pump sector in the European Union and advocates for a faster deployment of heat pumps. We want EU laws that enable heat pumps to become the number one heating and cooling solution in Europe. Everyone, everywhere should have access to sustainable, affordable heating.
EHPA members meet at the annual general assembly.
EHPA organises the annual conference Heat Pump Forum, and several heat pump related events every year.
EHPA co-organises and supports the European Heat Pump Summit in Nuremberg.
EHPA is present at major trade fairs in Europe.
One week before the Winter Package is launched by the European Commission on November 2016, the European renewable energy associations decided to create a series of renEUable stories and start the #RenEUable initiative. The initiative shines a light on one of the EU’s greatest achievements – Europe’s renewable energy industries – by promoting its benefits and best example showcases. Discover every week new stories that show how REnEUable can contribute to several sectors!
67%: How Denmark & Lithuania fix the gas leak
Kaunas district heating network, a step towards energy security
Kaunas Energy, the second largest heating company in Lithuania, is increasing energy security by shifting to renewable district heating networks. Kaunas Energy, supplies 20% of Lithuanian heat through services to municipalities’ district heating networks displacing Russian gas. The district heating system of Kaunas provides heat to 118,000 people, operating three biomass boilers for a total capacity of 70 MW, corresponding to the use of 218.000 tons of wood chips. The biomass-based boilers of Kaunas Energy are expected to produce 480 GWh of thermal energy per year, thereby avoiding the use of a significant quantity of gas and oil annually. For a country like Lithuania, the close proximity to Russia makes being energy in dependent essential. Bioenergy provides an alternative to Russian gas imports.
Marstal, Denmark: Improving energy security by combining renewables
Solar thermal technologies have already shown they can drastically gas dependency on a large scale. In Marstal, Denmark, a hybrid project combining solar thermal with other RES technologies is suitable to fully cover a district heating needs and serve 1460 people. In 2014, this project had already replaced the equivalent of 1 200 000 m³ of natural gas , which represents the volume of 48 Olympic-size swimming pools. Similar projects are being built all over Denmark: a great step toward less dependency on our fossil fuel imports.
Do you have local renewable energy success stories? Send them to us or promote them with the hashtag #RenEUable.
The #RenEUable initiative is supported by the following renewable energy industry associations: