Initial site assessment is site-specific high level initial site assessment is designed for developers with single or multiple sites. The assessment will advise clients about technical challenges that could affect grid connection of their generation, available grid connection points and the associated cost. This assessment is useful when shortlisting generation sites for further consideration.

The storage of renewable energy is a significant help to the high demand of power needed for the growth of the world economy. The invention of commercial battery storage drastically reduce the acres of land needed for wind farms and solar farms across the globe. Battery storage takes the excess power during low energy demand period and releases it to the grid during the peak period. It also helps National Grid with frequency control and reactive power reliability.

Solar energy is the energy harnessed in the form heat (Concentrated Solar Power CSP) or light (Photovoltaics PV) that is converted into electricity. Photovoltaic is the technology that converts light into electricity using the photoelectric effect.

Wind is a form of solar energy which is the outcome of irregular heating of the atmosphere by the sun, the anomalies of the earth’s surface and the rotation of the earth.

This is the oldest of the approaches and the one that contributes the most of all renewables to current electricity supply. It basically converts the potential energy of a body of water into mechanical power and then to electrical power.

ADTEK carries out the following power system studies: Load flow Voltage profile Fault level Voltage flicker and step Harmonics Losses Stability Steady state reactive capability Fault ride through Dynamic reactive capability

System design should be considered at the preliminary stage of the project. Network operators are interested in how the generation will be connected to their network and they always request a single line diagram. This is a preliminary design done without carrying out studies and is subject to change during detailed design.