DEWA Enhances its Smart Grid and Distributed Energy Resource Integration
- Aug 1, 2022 4:45 pm GMT
The VPP is a digital platform that establishes connectivity to many distributed, small and medium scale DER units such as solar photovoltaic, battery storage, electric vehicle charging stations, and other flexible loads. The aim is to enable the participation of these DERs to support the network operation and maximise their value to the grid operator and end customer by providing grid services such as peak shaving, frequency regulation or energy balancing. The successful completion of the first phase of the VPP project resulted from a fruitful research collaboration between DEWA’s R&D Centre at the Mohammed bin
“We use research and development to explore and shape the future of the energy sector and make Dubai a smart and sustainable city. In accordance with DEWA’s vision to become a globally leading sustainable innovative corporation, we strive to shape the future of energy locally, regionally, and globally by keeping pace with the Fourth Industrial Revolution and adopting innovative disruptive technologies. Our strategies and plans align with federal and local strategies to support economic growth and develop innovative and sustainable clean energy solutions. We have strategic partnerships with global companies and organisations in integrating renewable energy and distributed generation in the electricity grid, the Internet of Things (IoT), using AI in energy production units, energy efficiency, cybersecurity, robotics, and smart buildings. These partnerships aim to build national capacities in the energy sector. The total investment in DEWA’s Smart Grid programme is AED 7 billion. It is a major pillar in the success of smart cities. It also ensures continuity and availability of services around the clock,” added
“Through its VPP, DEWA has integrated the following DERs: Electric Vehicles with a total consumption of 132 kW; Battery Energy Storage Sodium Sulfur (NaS) and Lithium Iron Li+ of a total capacity of 2.4 MW, 8 MWh; Chiller system at the R&D Centre representing flexible loads of total power consumption of 390 kW; Outdoor Testing Facility at R&D Centre with 12 kW PV Inverter; Residential PV inverters of 9kW; a
The total flexibility provided by the VPP in this pilot project is approximately 3.3 MW. DEWA’s next step is to identify and aggregate similar sites to provide additional flexibility to operate DEWA’s grid more efficiently and reliably.
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