It also requires a “total system” approach to effectively balance multiple fluctuating energy sources, consumption levels, and new renewable technologies. It requires an advanced level of computing to manage and optimize the highly distributed intermittent loads introduced. The need for more power is met by building another power plant.Ī smart grid is a highly distributed network of clean, renewable energy deployed at the edge of the existing grid. Traditional energy grids allow for a one-way power flow from centralized sources like coal, nuclear, and gas to places of consumption such as homes, businesses, and data centers. The current energy grid structure provides little flexibility or support for new renewable technologies. Thus, allowing them to control demand, safeguard the distribution network, save energy, and drive down costs. The smart grid electricity network lets devices connect. Creating a smart grid is vital in delivering energy resources in the face of supply disruptions while optimizing usage for a healthier planet. The energy grid is where the crises mentioned above meet. One such trend we discuss in this post is “Smart Grid technology,” which allows electrical networks to operate more efficiently. This is a project where we can leverage our solutions for sustainable cities and unique Environment Portfolio to help achieve the project’s low carbon objectives and deliver affordable electricity.As energy crises and prices sharply increase, we are witnessing some amazing innovation trends in the energy storage sector. Siemens is also part of the team delivering Western Power Distribution’s Project BRISTOL) and works as a partner to Electricity North West (Project CLASS) in the current round of submissions to Ofgem.Ĭolin Henry, business development manager at Siemens said: "We are delighted to be part of the Customer-Led Network Revolution project to develop one of the most ambitious smart grids ever in the UK. Siemens is part of the GB Smart Grid initiative and was a partner in UK Power Networks Low Carbon London project 2010-2012. Siemens impressed us with their understanding of our needs, offering the right solution at the right price." Jim Cardwell, head of regulation & strategy at Northern Powergrid commenting on the contract award said: "We needed a solutions provider who could deliver an innovative solution, which encompassed experience of working with complex system integration, technology, as well as an ability to meet our demanding project deadlines. The system uses a hierarchical approach taking decisions at substation level and in the control centre to optimise operation of the network by use of energy storage, enhanced voltage control, real-time thermal rating and demand response. Siemens’ system is to be installed in Northern Powergrid’s control centre for its advanced network optimisation algorithm. This is the first time Siemens will use this system in the context of a Distribution Network Operator (DNO) in the UK. Siemens will base its solution on its Spectrum PowerCC network management system technology to deliver the smart grid scheme. The project involves Siemens in delivering the Grand Unified Scheme Control System (GUS control system), a system which brings together multiple elements, allowing them to operate as a smart grid. Siemens will design, install, commission and support the comprehensive smart grid scheme, which will control 6MWh of energy storage. The Customer-Led Network Revolution (CLNR) project, awarded to Northern Powergrid as part of Ofgem’s Low Carbon Network Fund can help lead the way in which the grid will be transformed. Smart grid is key to this transformation as it will allow the network to deliver low carbon electricity where and when it is needed. Meeting these targets will involve significant shifts in the way the UK delivers energy for heat and transport from carbon intensive methods (gas and oil) to a low carbon electricity network. The project, which covers North East England and Yorkshire, will enable Northern Powergrid and the wider UK electricity industry to prepare for transformation of the electricity networks to help the UK meet its 2050 low carbon commitments.
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