SOLAR ENERGY SYSTEMS 

With a design that focuses on standardization, optimization and grid integration, we build solutions that perfectly match our customers' demands and the world's energy needs. All of these are combined in the 3.0 MegaWattBlock.

BELECTRIC has a successful history of product evolution with its 2.0/2.5 MegaWattBlock and is taking the same approach with the new 3.0 MegaWattBlock. The high power generating unit has been developed to construct top performance utility-scale solar power plants. The standardized modular design was formed with a simple goal in mind: to create a solar power plant that delivers power at the lowest possible cost. Designed with the aims of saving resources, fast construction and reliable operation, the new unit is synonymous with an optimum cost-benefit ratio.

Proving its technological leadership once again, BELECTRIC operates the 3.0 MegaWattBlock at a voltage of 1,500 V. The new system uses the full power bandwidth defined by the EU's Low Voltage Directive, enabling efficient grid integration and significant cost reduction at the same time.

New technology: for a stable power grid

The new generation of photovoltaic systems produces solar power that is commercially viable in relation to fossil energy sources and provides additional grid services. Today, BELECTRIC already uses innovative power plant technology that can stabilize our power network night and day. This generates new capacities for renewable energy sources and prevents the additional construction of new transmission line routes.

With the 3.0 MegaWattBlock, BELECTRIC provides an essential component for sustainably stabilizing power grids. The solution comprises an intelligent control unit that can be used to smoothly integrate the new product range into worldwide power grids and combine them with conventional power plants. This new technology contributes significantly to improving grid stability for operators and consumers, as well as establishing photovoltaics as a decisive part of the energy mix and making the costly extension of the power grid redundant.