The main objectives of the project are the following : To develop and install a stand-alone PhotoVoltaic plant with an optimum combination of centralised and decentralised PV generator for energy supply in remote villages.
Almost all stand-alone PhotoVoltaic plants are equipped with battery storage systems. Batteries are expensive and heavy, have a comparatively short life expectancy and need permanent monitoring and maintenance. Experience with PV installations shows that for those complex systems battery monitoring and maintenance cannot be guaranteed in remote areas. This leads to a demand for PV plants with reliable energy storage systems at remote sites e.g. in villages far from an electricity network. Different concepts will be elaborated and evaluated from the technical and
non-technical standpoint. The efficient use of water as energy storage will be examined as an innovative alternative to battery storage. Due to the multi-use capability of pumped water (energy storage, drinking water, irrigation), and almost unlimited storage duration, water is an ideal energy storage medium for remote areas in Europe. Furthermore it is a continuous clean and environmentally compatible energy storage. Water energy storage facilitates meeting the needs and capabilities of the population (no sophisticated equipment like batteries) resulting in better
The expected results mainly concern the following: Development of a mathematical model for optimum PV plant design using pumped water as energy storage. This model will be validated with data taken from PV plant
installation(s) that use water as energy storage. The technical difficulties of a complicated installation will be confronted in-situ and the effectiveness of solar collection, storage and use of solar power will be examined.
Funding SchemeCSC - Cost-sharing contracts
35017 Las Palmas De Gran Canaria