The fluctuating amounts of electricity generated by renewable power generation plants and the expansion of the charging infrastructure are posing major challenges for grid operators. Power storage systems use and store temporary energy surpluses. Electricity is provided when the consumption quantity increases or the generation quantity decreases. Utility-scale storage systems with a capacity of several megawatt-hours are therefore essential for a constant grid stability, because they compensate for fluctuations in the power grid and improve the security of supply. Utility-scale storage systems are often designed as functional containers.
Product solutions for industrial and utility-scale storage systems Our coordinated product portfolio enables the reliable operation of battery storage systems with high capacities for trade, industry, and grid services.
Utility-scale and industrial storage systems play a decisive role in modern power supply networks. They enable the storage of large quantities of electrical energy, which can then be drawn upon when needed. These storage systems are promoting the extension of renewable energies such as wind and solar power because they compensate for fluctuations in the generation of power and enable a stable and reliable power supply. Grid-supporting utility-scale storage systems and industrial commercial storage systems enable supply networks and companies to work more efficiently and sustainably. This brings both economic and ecological advantages. Phoenix Contact presents you with a broad portfolio of solutions and expert advice for your battery storage system application.
Our solutions portfolio for industrial and utility-scale storage systems
Connection technology for the control cabinet
How do I wire my battery storage system safely and with scalability?
Power electronics
How do I charge and discharge my batteries reliably?
Industrial networking and security
How do I establish reliable communication within and with my battery storage system?
Control
How do I monitor my battery storage system and integrate open- and closed-loop control?
Connection technology for battery modules
How do I wire my battery modules efficiently and with modularity?
Auxiliary electricity supply
How do I supply and protect the control system in my battery storage system reliably?
Product highlights for industrial and utility-scale storage systems
Smart data visualization for battery storage systems
In addition to the hardware, we also provide a suitable digital solution for visualizing your BESS data. Within seconds, you will gain an insight into your data, tailored to your hardware and applications.
Our industrial storage system in front of Building 60
Integration of battery storage systems into industrial DC grids
We have created a blueprint for industrial DC grids in Building 60 at our Blomberg location in Germany. We have integrated a 240 kWh battery storage system to balance the ongoing power requirements of our production line and office spaces. It covers peak loads and ensures stability and security of supply throughout the entire DC grid, even in the event of a public grid blackout.
FAQs: Industrial and utility-scale storage systems
In industry, power storage systems bring a wide range of options for optimizing operational processes. As blackout protection, storage systems can bridge short-term power outages. With it, systems and machines can continue to operate or are properly shut down. Unplanned machine downtime is now a thing of the past. Another important application of an energy storage system is a process referred to as peak shaving, also known as load capping. The storage system provides electricity for peak loads so that it does not have to be drawn from the grid. This has a direct impact on the purchase price and increases the economic efficiency of the system. Furthermore, industrial storage systems enable the efficient use of self-generated PV energy, thereby reducing dependency on expensive mains electricity purchases.
Battery storage systems with high capacities pose several safety risks that must be managed carefully. In the event of overcharging or technical defects, batteries can overheat and trigger a thermal runaway, which can lead to fires and explosions. Damage to the structure of the batteries caused by knocks, vibrations, and other physical effects, and production errors can also cause short circuits. Over time and through repeated charging cycles, the performance of batteries can drop and they can become more susceptible to defects. To minimize such risks, high-quality components in the storage system are crucial, as well as regular maintenance. Phoenix Contact is well positioned with a broad portfolio of these components.