Revolutionary decentralized technology controls the energy balance in the electric grid boosting the energy transition
SDG’s of application
The Solar Impulse Efficient Solution label seeks to bridge the gap between ecology and economy, bringing together protection of the environment and financial viability to show that these solutions are not expensive fixes to problems, but rather opportunities for clean economic growth.
Offers from Easy Smart Grid GmbH
Efficient Smart Grid Technology for islands and isolated grids.
Smart Grid technology controls the energy balance with more integration of renewable energy in isolated grids.
In Isolated Grids Traditional electricity generation on isolated grids is very carbon intensive and expensive. In most locations world-wide renewable sources such as solar and wind will reduce generation cost by at least 100€/MWh. To harvest this potential for cleaner and cheaper energy, the energy system itself must be made compatible with dominating renewable (mostly volatile) generation through the implementation of demand side management. Easy Smart Grid develops smart grid solutions at a cost level low enough to maintain the savings at the level of the whole energy system. They are also resilient enough to be maintained within the limitations of remote places and also allow high levels of customer data protection and cyber security.
EFFICIENT SMART GRID TECHNOLOGY FOR lOCAL ENERGY COMMUNITIES
Smart Grid technology controls the energy balance with more integration of renewable energy in connected micro grids.
The future of highly volatile renewable energy systems relies on flexible consumer behavior, cost-effective storage and high levels of decentralization to limit grid expansion and electricity cost. Sector coupling of electricity, heat and cooling will play a major role here - also in the area of complementary generation of electricity with the help of CHP. Throw the minimization of the transaction costs it will be possible to activate even the smallest flexibilities, achieving a more cost effective and efficient energy transition. At the same time, a difficult task has to be solved, to make system complexity manageable and to maintain security of supply. Decentralized energy management based on grid state variables (Smart Grid 2.0) enables to meet these requirements. Flexible loads can help manage grid bottlenecks more cheaply than the alternatives grid extension or energy storage with batteries. Local markets can easily be created to share energy within communities or manage demand: energy intensive electric vehicles or heat pumps can coordinate their operation among themselves, based on their individual urgencies and thus different willingness to pay. These solutions also answer the growing demand for more flexibility, transparency, simplicity, resiliency and economic efficiency.