Ddeveloping an innovative prototype of all-in-one energy-providing unit for passive houses which will provide air and water heating and air-conditioning all in unit which will be remotely regulated through the specially developed "intelligent" central monitoring system.
Espal's goal is to achieve significant energy savings during the production of al-alloys billets and ingots by use of dc casting method in combination with electromagnetic field while improving the technological properties of alloys obtained by modifying their structure.
To develop revolutionary new generation of wind turbines with use of advanced technology of chlorosulfonated polyethylene based inflatable components. Such turbines will be mobile, very cheap, could be transported in extremely small packs, energy efficient and have huge global market potential.
Development of advanced methods and metrics for measurement and management of energy consumption. Advanced functions and capabilities will be developed and incorporated in the new software product energymanager for energy management for industry and bigger buildings.
Renewable energy heat station with improved concept of air conditioning and comfort based on renewable energy sources for residential houses. Plug and play modular design. All in one concept with included heat storage and distribution module and smart electronic control unit.
There are thousands of buildings and apartments with a very low heating energy efficiency. Because of different restrictions and obstacles especially for historical buildings or those protected as monuments the only possible solution could be inside thermal insulation.
The main purpose of the project is to produce energy-saving led dwl lighting based on led technology.
The key objective of proposed project is to develop a comprehensive connectivity solution easycharge, which will represent the first marketplace for charging electrical vehicles. Easycharge solution will connect the supply and demand for charging evs into one common system.
Research and development project aims at developing a platform for pricing of ev charging and management of charging stations, facilitating energy sharing. System targets the needs of electric utilities and managers of big or small parking lots (as buyers and providers of ev charging).
The enerchain platform, which will enable co-investments in photovoltaic power plants and charging infrastructure for electric vehicles and transparent and independent control over electricity production and consumption by users in multi-dwelling and commercial buildings.