As the share of electrical consumers per capita increases, so does the need for load management that controls these devices to smooth peak draws and avoid outages. The control of large consumers belongs in the grid of the future.
Photovoltaic systems, cooling units or electric charging stations threaten the system-wide balance of smart grids with the fluctuations in the grid caused by their operation, especially in weaker electricity grids. In order to maintain this balance and thus to be able to supply the supply area with electricity, heating and cooling at all times and without interruption, a system is needed that automatically controls, regulates and optimises the loads that arise. The automatic control of the devices makes it possible to guarantee grid stability at all times and thus prevents a constant expansion of the grid infrastructure and its costs.
CLEMAP Load Management uses algorithms that are responsible for the automatic and dynamic regulation of energy consumption. These are based on the maximum permissible current flow and distribute it optimally to the consumers. In the event of increased energy demand, the supply is automatically throttled according to the customer's needs, so that, for example, electric cars can continue to be charged and heat pumps can heat hot water without interruption. As soon as an electric car is taken off the grid, for example, the dynamic CLEMAP Load Management reacts and allows other consumers to use the energy that has become available.
In connection with electromobility, CLEMAP offers the specially designed service dynamic control of electric charging stations for smart grids.
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In the following reference projects and application examples, you can find out about the many ways in which our smart energy solutions are used. We will be happy to find a suitable solution for your project.