energy & meteo systems – emsys VPP – emsys grid services
dynamic and innovative
With its wind and solar power forecasts and consulting services for the global energy industry, energy & meteo systems is one of the leading international providers. With our forward-looking service and IT products, we substantially contribute to the efficiency of integrating renewable energies into power grids and energy markets. We predict more than 50 % respectively 40 % of world-wide installed wind and solar energy power and provide reliable estimation of the current solar power supply.
All activities relating to the market-leading Virtual Power Plant are managed by emsys VPP GmbH. The Virtual Power Plant technology connects decentralized power generators, storage facilities and controllable consumers via a common control room and is used by numerous energy suppliers and direct marketers to monitor, remotely control and profitably trade aggregated power production.
With the IT platform FuturePowerFlow, emsys grid services GmbH offers grid operators an intelligent solution to successfully meet the requirements of Redispatch 2.0 and an increasingly decentralized energy system. The digital all-in-one solution processes enormous amounts of data, such as grid data, flexibilities, generation and load forecasts, and calculates the optimal utilization of grid resources. This enables grid operators to detect impending grid bottlenecks at an early stage and to avoid costly shutdowns.
The services of energy & meteo systems, emsys VPP und emsys grid services are made use of by grid operators and power traders from Europe, North and South America, Asia, Africa and Australia. Since energy & meteo systems' foundation in 2004 we are engaged in research and development projects in power forecasts, grid operations, power trading and load management.
Together with our partners at home and abroad, our approximately 120 highly motivated employees work towards groundbreaking and marketable solutions and consistently promote a climate-friendly and secure energy production.