With a large-scale battery storage system, the public utility company Versorgungsbetriebe Bordesholm in northern Germany is able to supply the European utility grid with balancing energy – a lucrative business model. In a unique experiment, the electric utility company and TH Köln, University of Applied Sciences in Germany, proved that the entire region can be supplied with electricity 100 percent from renewable energies. Setting a milestone for the energy transition.
The share of renewable energies in the electricity supply is rising and regenerative power plants such as large PV power plants or battery-storage systems are increasingly coming to the fore in the energy industry. With the SMA Power Plant Manager, these decentralized energy systems do not only meet all the requirements of grid operators, but are also optimally prepared for new energy marketing models.
Over 800 million people in the world have no access to an electricity supply. A sustainable solution is available in the form of off-grid systems. These produce renewable energy from sun, wind or water in the exact places where it is needed. SMA off-grid systems are extremely robust and can therefore be modernized, even when the batterie´s lifecycle ends. Replacing old lead-acid batteries now with modern lithium-ion technology increases the efficiency and service life of the off-grid system.
The Belgian polar base Princess Elisabeth Antarctica is the first emissions-free research station in Antarctica. A hybrid system that intelligently combines the renewable energy sources of the sun and wind provides the energy to supply the station, making electricity and heating available to the researchers on-site. The system is now to be expanded and optimized for future operations. The first step in this endeavor was to install a Data Manager M.
Clean electricity supply around the clock without expensive grid expansion – no problem for PV systems combined with battery-storage systems. Intelligent system technology ensures the smooth interaction of PV systems, batteries, the utility grid and loads. SMA storage system expert Dr. Aleksandra-Sasa Bukvic-Schäfer explains why the right battery inverter plays a central role in every storage system.
Record solar yields in Europe: The summers of recent years have been extremely profitable for PV system operators. While nature suffered under the unrelenting heat of the sun, millions of PV systems were busy producing green power. And this is how PV system operator Vincent Illian is becoming increasingly independent from electric utility companies – right in the heart of Germany.
The world of energy is changing: PV systems are becoming increasingly common on roofs in cities as well as industrial and rural areas and are thus driving the energy transition forward. More and more companies are using PV systems to gain independence from electric utility companies and rising costs. Companies are making an active contribution to climate protection by using their own electricity from the roof. Any company that still has space on its roof or premises should not miss this opportunity.
More than 70 percent of all PV systems connected to the grid now have a battery-storage system. Why? Because more and more cost-effective batteries ensure that solar power is also available after sundown. Anywhere in the world. Even in your home?
Combined with intelligently managed battery-storage systems, photovoltaics provides a reliable supply of electricity around the clock exactly where it is needed. At the same time, it is helping support grids. With the costs of solar energy and batteries decreasing, nothing stands in the way of their increased expansion.
It’s been a year since the residents of the Efficiency House Plus homes in Hügelshart, Germany, moved in. They have already experienced one hot summer and their first winter. So how have these innovative, low-energy homes featuring their own PV systems, battery-storage systems and heat pumps fared during this time?