SIESTORAGE ensures the integration of renewable sources of energy in the grid, high quality of power supply, total reliability and an efficient power supply for grid applications, infrastructure, building and industry.
The power distribution market is shifting. Utilization of distributed generation and renewable sources of energy is an important contribution to sustainable power generation and the protection of resources. Their use on a large scale, however, leads to new challenges in grid stability which results from the unpredictable generation capacity of renewable energy sources.
The modular energy storage system SIESTORAGE (Siemens Energy Storage) is the solution for a sustainable and reliable supply of energy in the future: Whether for the integration of fluctuating renewable energy sources in the grid, self-sufficient energy supply for microgrids, or as reliable reserve for the industry, buildings and infrastructure facilities.
SIESTORAGE combines cutting-edge power electronics for grid applications and the latest high-performance Li-Ion batteries. It provides power up to 8 MW at capacities from 0.2 up to 2 MWh: the modular design enables power and capacity to be adapted to specific demands and ensures a high availability and reliability. SIESTORAGE also offers highest flexibility for all challenges, and ensures highest degree of safety for system and persons.
SIESTORAGE Brochure
Infrastructure and Cities
LMV
Amsterdam RAI, 9th-11th October 2012, Hall 2, Entrance K, Europaplein 22, 1078 GZ - booth M04 (Smart Grid Booth), booth N10 (Energy Experience)
Visit us!
Husum September 18 - 22, 2012 Booth 2D13
Palais des Congrès (Paris: Porte Maillot) August 27 - 31, 2012 Hall Havane / Level 3 / Booth 317
Find out more about our innovative energy storage solution SIESTORAGE and watch an interview with the Low and Medium Voltage Division CEO Ralf Christian and Medium Voltage CEO Stephan May at Hannover Messe.
April 18th, 11:00AM ET / 8:00AM PT
Energy Storage and Renewable Power:Is Storage a Solution to Renewable Intermittence and Grid Inefficiency?