The Embion EMS optimizes battery management by storing energy during low demand and deploying it during peak consumption, while supplementing energy needs when grid connection is limited. Battery storage provides continuous energy supply, and the generator automatically turns on when capacity is low. Smart energy technologies optimize energy consumption and save grid capacity.
When using in-house power generation, sometimes more energy is produced than the grid can handle, leading to inefficiency and additional costs. The Embion EMS offers the solution by applying curtailment, temporarily reducing production when the grid is in danger of being overloaded. This keeps energy production efficient and within limits, without waste or unexpected costs.
The Embion EMS optimizes energy consumption by analyzing real-time data and controlling consumption based on current energy costs. The system turns off unnecessary consumers and adjusts consumption during peak hours, effectively reducing energy costs. The technology helps companies better align their energy consumption with available energy prices.
The portal gives you insight into your historical energy consumption as well as current consumption data and energy costs. This makes energy management systems simple and clear. Thanks to the API, you can monitor energy consumption and always stay in control while contributing to the energy transition.
Hot water energy storage offers a sustainable alternative to traditional battery storage. Excess energy is converted to heat and stored in thermal buffers such as boilers or buffer vessels, which reduces pressure on the power grid. This not only helps reduce peak loads, but also avoids high energy costs and reduces the carbon footprint.
Import and export limits are efficiently managed to regulate the exchange of energy with the grid. This ensures that generated energy is optimally utilized or stored locally, contributing to smart energy management and efficiently managing energy storage. It prevents grid congestion, promotes a more stable energy supply and supports sustainable energy management with a focus on renewable energy sources.
Smart charging stations can be efficiently controlled and optimally interoperate with different brands thanks to advanced energy management. Features such as solar charging, load balancing and taking advantage of low energy prices optimize grid loads and prevent peak consumption. This leads to lower costs and more sustainable energy management for charging stations.
At peak energy consumption times, costs are often higher and there is more load on the grid. Because the Embion EMS uses load shifting, energy consumption is shifted to times with lower energy rates or when more renewable energy is available. This ensures efficient energy management, reduces peak loads and helps optimize energy consumption, contributing to more sustainable and cost-conscious energy management.
Generated energy is optimized by being used or stored directly, preventing feed-in to the grid. This ensures more efficient use of renewable energy sources and lower energy costs, while contributing to a sustainable energy solution. By cleverly matching energy use and storage to production, waste is avoided and the energy transition is supported.
Peak-shaving prevents high spikes in energy consumption by managing the grid load and staying within manageable limits. With smart inverter control, the Embion EMS ensures that inverters automatically supply less power at high loads, distributing energy efficiently and sustainably. Unexpected costs are avoided, contributing to energy sustainability and a less burdened power grid.
The Embion EMS matches energy consumption and generation to the current EPEX price and imbalance prices. The system adjusts energy consumption and storage to current energy prices, saving costs and using energy efficiently. This reduces peak consumption, lowers energy costs and promotes sustainable energy management.
