DESIGN.
The proposal of various alternatives and technologies as a basis for correct decision-making on how to set up the life of the entire energy economy.
DIMENSIONING.
The correct design of technologies with regard to both technical and economic parameters in order to ensure compliance with operational requirements as well as sustainability for the entire lifetime.
ENGINEERING.
As support for any part of the project, from initial consultations to help with the selection of technology and suppliers to technical supervision during implementation and commissioning.
> 150 MWp
photovoltaics&WIND
> 250 MWh
BATTERY STORAGE SYSTEMS
> 25 MW
COMBINATED HEAT&ELECTRICITY + HYDROGEN PROJECTS
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Schiphol automatic warehouse [NL] Island microgrid based on roof photovoltaics (8MWp) , gas engines (3.2MW), battery storage (1.2MWh). -
Water factory in [UAE] Self-sufficient project for water production plant based on PV (17MWp+6MWh). -
Logistic warehouse [NL] Back-up battery&diesel with additional flexibility to grid for logistic warehouse (2MVA + 2.2MWh). -
Feritilizer production [CRO] Production of green hydrogen from local photovoltaics (7.5MWp) with electrolyser (1.5MW). -
Agriculture processing plant [NL] Battery energy storage system for utilisation local PV (1MWp) & WPP (0.7MWp). -
Battery for frequency grid control [NL] Basic concept for FCR services providing (80MWh). -
Wood processing plant [SK] Roof photovoltaics concept for local use (1.9MWp). -
Production plant [RO] Proposal for PV ground & roof installation (7.8MWp).
