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Self-consumption optimisation describes strategies with which companies use as much of their self-generated electricity as possible directly on site. This is particularly relevant for photovoltaic systems in commerce and industry.
A battery storage system stores surplus solar power that is not consumed immediately. The stored energy can be used later, when the company’s electricity demand rises. An intelligent energy management system controls this process automatically and ensures that as much self-generated electricity as possible is used directly in operations.
By combining photovoltaics, storage and intelligent control, companies can optimise their energy flows and reduce their electricity costs in the long term.
Self-consumption optimisation describes the targeted use of self-generated electricity, for example from photovoltaic systems, in order to reduce grid electricity consumption.
Through a higher level of self-consumption of solar power, companies can reduce their electricity costs and decrease their dependence on the electricity market.
A battery storage system stores surplus solar power and provides it later when electricity is needed in the company.
An energy management system analyses electricity generation and consumption and automatically controls storage systems, installations or charging infrastructure in order to use as much self-generated electricity as possible.
Companies can reduce their energy costs, increase their energy efficiency and become more independent of electricity price fluctuations.