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.

With the liberalisation of the flexibility market, more and more platforms are participating in the regulation of the electricity grid. Consumer control therefore plays an increasingly important role.

Decentralised power generation through solar systems and decarbonisation through electric cars and heat pumps create micro-grids. These enable the optimisation of locally generated energy and thus reduce costs.

Thanks to technological change, the monitoring of energy consumption is not limited to the mere collection and monitoring of the accruing data. Thanks to their local computing power, smart electricity meters also make energy monitoring intelligent.

Electricity is usually purchased using a day-ahead method based on forecasts or over a longer period of time. However, if the purchase deviates from the forecast, this can cost the energy supplier a lot of money. A real-time electricity purchase counteracts this problem.

The decentralisation of energy production and the use of electric charging stations at off-peak times are shifting the hotspots on the electricity grid both physically and temporally. A new perspective is needed for the combination of technology and user behaviour.

Any property that wants to install more than one electric charging station needs a load management system. With CLEMAP, you have an easy-to-install, future-oriented solution.

Energy measurements are used to obtain high-resolution data that provide information about the condition of your buildings. This forms the basis for optimising energy consumption and the costs incurred in the process.

Intelligent algorithms examine and evaluate the data measured by CLEMAP energy meters or third-party sensors as part of energy data analytics .

Changing customer requirements and the megatrend of neo-ecology are forcing property managers to increase transparency and information transfer. What is required is detailed information regarding the composition of consumption and real-time information.

A proven means of increasing the energy efficiency of smart buildings is the direct involvement of the people living in them. Information, comparisons and energy-saving tips motivate the residents to actively participate in energy-saving measures.

In order to optimise operating costs, it is first and foremost necessary to know their composition. Especially in the case of several cost centres or in connection with subtenants, solid energy accounting is recommended and simplifies the daily accounting routine.

CLEMAP's approach is to use energy monitoring and the energy consumption balance of production machines as a prerequisite for optimising efficiency and productivity.

Energy efficiency measures can only be defined through real-time energy data. Insights into the consumption of machinery and equipment make it possible to identify the potential for savings.

Condition monitoring of production machinery has as its primary objective the early detection of significant changes in operating parameters or anomalies in order to prevent major failures and shortening of the normal lifespan of the equipment.