The goal of the research is to develop electrical energy storage systems that would increase the stability of isolated and weak electrical power systems and enable a greater share of unpredictable renewable energy sources (RES) in electrical power production and that would have a positive effect on increasing the quality of electrical energy.

During the 5-year research, three system prototypes would be developed:

1. Model E ASPEMS is an electrical energy storage system with fast response and for application in the specialized market segment of weak and isolated power networks that has high technical requirements for response speed and operation in boundary conditions. The system would primarily aim at increasing the stability of the system, balancing production and consumption in isolated systems, reducing the number of power grid outages and shortening the time it takes to re-establish the power system.
2. Model I ASPEMS represents a multi-functional system for saving and increasing the quality of electrical energy, and it is applied in industry through several possible functions: (1) reduction of excessive short-term engaged power using battery energy storage, (2) reduction of the price of consumed energy in such a way that energy is taken from el. network and stores it in battery tanks during a lower tariff, and consumes it during a higher tariff, (3) compensation of reactive energy and voltage stabilization at the point of connection to the power grid
3. Model SC ASPEMS represents a reduced Model I that would be developed as a charger for electric vehicles with the possibility of external (remote) charging speed regulation.