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Tuesday, 03 October 2017
Energy certification body DNV GL has published an update of its GRIDSTOR Recommended Practice for grid-connected energy storage.
The Recommended Practice requires regular updates as the energy sector undergoes rapid developments and innovations. Currently over 200 other guidance documents are available that can be applied to grid-scale energy storage systems or components. As the grid-scale energy storage market is rapidly growing, it relies on independent risk mitigation, to ensure growth happens with the required quality and safety standards, further enabling the energy transition.
Energy storage is a key measure to provide flexibility, as increasing renewable generation is needed to allow electricity systems to continue to operate stably and economically. DNV GL’s recently published Energy Transition Outlook report forecasts that renewable sources will account for 85 percent of the world’s electricity production. Additional ‘flexibility’ functions such as storage technology are needed to allow electricity systems to continue to operate stably and economically.
“Energy storage is playing an increasingly important role in providing a reliable and secure power supply” said Ditlev Engel, CEO at DNV GL – Energy. “Whether this is with regards to the integration of renewables into the energy mix, ancillary services, bulk energy services or any other form of the wide variety of applications. GRIDSTOR provides the most relevant Recommended Practice allowing all stakeholders to safely develop the vital technological and system advancements using energy storage”.
David Lentsch, Senior Manager Energy Storage at Maxwell Technologies, added that the new and updated global standard on advanced utility and microgrid energy storage explains how storage performs as a Swiss army knife delivering multiple streams of value to utilities, ratepayers and their regulators.
The international consortium that has updated GRIDSTOR includes experts from: Alaska Centre for Energy and Power, Alfen, Alevo, ATEPS, Conergy, Datawatt, DNV GL, Enexis, Gaelectric, Highview Power, Hybrid Europe, Maxwell, PNNL (in support of the U.S. Department of Energy Office of Electricity energy storage safety strategy), RWTH and Wärtsilä.
The updated document provides the latest industry guidelines on cyber security, communication protocols, microgrids, conformity assessment including FAT/SAT testing, warranty, decommissioning, tendering and procurement, bankability, residual value and greenhouse gas emissions calculation. References to standards and guidelines were updated and various recommendations were adjusted to match, including for example the well-known recent IEC 62933 standard, published by IEC’s TC-120.
Following the consortium approval, the document has been further improved and validated by the international energy storage community through a public hearing process, involving more than 140 global organisations.
The global scope as well as input from universal stakeholders such as manufacturers, system integrators, utilities, project developers, universities, government bodies and many more ensures industry-wide acceptance and alignment of the Recommended Practice.
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