VELCO, Pine Gate Renewables and Invenergy join WATT Coalition

VELCO, Pine Gate Renewables and Invenergy join WATT Coalition

March 11, 2022

Washington, D.C. – Today the Working for Advanced Transmission Technologies (WATT) Coalition announced its official incorporation as a 501c6 trade association. Three new members joined the coalition: VELCO, Pine Gate Renewables and Invenergy, marking WATT’s expansion to include all participants from the electricity industry who would benefit from more efficient and effective use of the existing grid.  

WATT members include its original six members from its start as an ad hoc coalition beginning in the fall of 2017: Ampacimon, LineVision, Lindsey Systems, NewGrid, Smart Wires, and WindSim Power, and since then has been joined by EDF Renewables North America and Heimdall Power, in addition to the members announced today. For examples of GETs applications, see: https://watt-transmission.org/what-are-grid-enhancing-technologies/ 

The Working for Advanced Transmission Technologies (WATT) Coalition advocates for policy that supports wide deployment of Grid-Enhancing Technologies (GETs), to accelerate the clean energy transition and lower energy costs. Dynamic Line Ratings determine the true, real-time capacity of power lines. Advanced Power Flow Control allows operators to reroute power to lines with available capacity. Topology Optimization identifies the best grid reconfigurations to reroute flow around bottlenecks. In operations, these technologies reduce congestion costs and improve economic dispatch, situational awareness and reliability. In planning, they reduce the time, cost and complexity of integrating new generation and load.  

In 2021, years of demonstration and education led to federal action to align incentives for transmission owners to use GETs, and to fund early deployments. The most significant actions are listed below. On May 23, 2022 the WATT Coalition will host its first Grid Enhancing Technologies Summit in Dallas, Texas

WATT Coalition Chair Ted Bloch-Rubin said “We’ve reached a turning point in the energy transition, where stakeholders across the electricity industry realize we need to use our existing infrastructure more efficiently to accelerate the pace of transformation. The WATT Coalition’s growth will help develop and implement the best policy solutions to more fully utilize America’s grid infrastructure.” 

“Policymakers understand the value of Grid-Enhancing Technologies and are working to get these technologies deployed across the country,” said Rob Gramlich, Executive Director of the WATT Coalition. “Dynamic line ratings, advanced power flow control, and topology optimization are all proven technologies with deployments around the world – with the incentives and regulatory barriers corrected, the United States will catch up soon.” 

Congressional and Federal Agency Action on GETs: 

  • In February 2021, The WATT Coalition released its landmark study of the impacts of GETs on renewable energy integration: Unlocking the Queue with Grid Enhancing Technologies. 
  • In June 2021, Chair Kathy Castor of the Select Committee on the Climate Crisis introduced legislation that would ensure that GETs were included in interconnection studies, because GETs can reduce the cost and time needed to connect new renewable generation to the grid. 
  • In July 2021, FERC announced an Advanced Notice of Proposed Rulemaking related to transmission planning, cost allocation and generator interconnection. Over 90 entities submitted comments supporting the inclusion of Grid Enhancing Technologies in at least one of those processes. 
  • In September 2021, FERC held a technical conference on a shared savings incentive for GETs. Splitting cost-savings from a GETs deployment between ratepayers and cost-of-service regulated transmission owners would support GETs deployments where they add value.  
  • In November 2021, President Biden signed the Infrastructure Investment and Jobs Act into law, authorizing $3 billion in funding for Smart Grid Investment Grants (SGIGs) and modifying the SGIG language to specifically include DLR, topology optimization, and power flow control. SGIGs would cover up to half the cost of a GETs installation. 
  • In December 2021, FERC announced a new docket on Dynamic Line Ratings as well as Order 881, which mandated Ambient Adjusted Line Ratings and required RTOs and ISOs to accept at least hourly dynamic line ratings in FERC’s first move to modernize line-rating methodologies to increase grid capacity. 

Comments by clean energy industry leaders in support of the WATT Coalition’s incorporation: 

Jeff Dennis, Managing Director and General Counsel, Advanced Energy Economy (AEE) 

“To achieve a 100% clean electricity grid and electrify the nation’s transportation, buildings, and industry, we need a modern, smart, and efficient electricity delivery network. Deploying advanced transmission technologies to increase the capacity of our existing grid and optimize the buildout and operation of the grid of the future is foundational to grid modernization. We look forward to continuing to work with the WATT Coalition in this next phase of its growth as FERC, DOE, and states all emphasize increasing the capacity and efficiency of the grid to support the accelerated development of advanced energy.” 

Gregory Wetstone, CEO, American Council on Renewable Energy (ACORE): 

“Accelerating our transition to a renewable energy economy necessitates significant investment in our nation’s antiquated transmission infrastructure. Grid enhancing technologies will play a major role in our efforts to upgrade the power grid by increasing the capacity and reliability of transmission. ACORE is proud to work with the WATT Coalition to advocate for policy solutions that increase the adoption of these crucial technologies.” 

Gizelle Wray, Senior Director of Regulatory Affairs, Solar Energy Industries Association (SEIA): 

“The U.S. electricity mix is changing faster than our grid infrastructure can accommodate, and that’s holding back our clean energy transition. Smart policy moves can help us modernize the grid and invest in new technologies that can quickly and cost effectively deploy more solar and storage projects. We look forward to continuing our work with the WATT Coalition as we tackle some of the biggest challenges ahead in the Solar+ Decade.” 

John Moore, Director, Sustainable FERC Project: 

“Advanced grid technologies are truly the low-hanging fruit that can dramatically improve the operation of our power grid. Policy needs to catch up with the science and technology, and the WATT Coalition will be critical to making a more reliable and efficient grid a reality.”   

Lisa Jacobson, President, Business Council for Sustainable Energy (BCSE): 

“Optimizing our existing transmission grid infrastructure to utilize its full capacity will prevent unnecessary costs and investment, leading to lower prices for consumers and faster deployment of new clean energy resources. BCSE is glad to see so much action to advance the use of Grid Enhancing Technologies, and looks forward to working with the growing WATT Coalition.” 

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Grupo Energia Bogota Improves Supply of Electricity In Caribbean Region And Unlocks 252 Mw Capacity Using Transformational Technology

Grupo Energia Bogota Improves Supply of Electricity In Caribbean Region And Unlocks 252 Mw Capacity Using Transformational Technology

March 10, 2022

Español Disponible

Grupo Energía Bogotá (GEB) is improving the supply of reliable, affordable electricity to Colombian consumers by using SmartValve™ technology in the Caribbean region of their network. This marks the second installation of SmartValve in Colombia, with more projects to be delivered in 2022 to further strengthen the national transmission network.

This project at the Termocandelaria substation in Cartagena uses modular power flow control technology, SmartValve, to alleviate inter-regional congestion and unlock 252 MW of new capacity for generation on the existing network.

SmartValve intelligently controls the flow of power across transmission lines, and ensure flows are efficient and balanced across the region. Put simply, SmartValve pushes power off overloaded lines or pulls power on to underutilized lines.

By using the network more efficiently, SmartValve releases new interconnection capacity for the Termocandelaria power plant on the existing network. This new released capacity provides greater availability of energy to meet demand and improves reliability of supply, alleviating dispatch restrictions and supporting economic development in the region.

“With the implementation of these innovative devices, the Group contributes to the country’s energy security. In addition, among their functional advantages, SmartValves offer wide environmental and economic benefits, as they provide solutions to different needs in the short, medium, and long term for the country, since they reduce the obligation to carry out new transmission projects, such as lines and substations, to adequately dispatch the energy generated”, said Fredy Zuleta, General Manager of Transmission of Grupo Energía Bogotá.

“We are instead using SmartValve technology to redistribute power flows across our lines and get more from our existing grid. This technology is a timely and cost-effective way to increase the capacity on this part of our network, without disrupting local communities and the environment,” he said.

“We are delighted to collaborate with GEB on this pivotal project which is unlocking significant capacity and strengthening supply of reliable affordable electricity to consumers across the Caribbean region,”

Joaquin Peirano

Commercial Manager - Latin America

Joaquin Peirano, Commercial Manager – Latin America at Smart Wires, said “Transmission owners in Colombia are advancing progress towards net zero by using modular power flow control technology to future proof the grid.”

“We are delighted to collaborate with GEB on this pivotal project which is unlocking significant capacity and strengthening supply of reliable affordable electricity to consumers across the Caribbean region,” he said.

“This work shows GEB’s commitment to improve the lives of people in every corner of Colombia with sustainable and competitive energy.”

“Colombia has become a global leader in leveraging technology to enable a cleaner, greener future. GEB’s project follows a successful initial installation by Empresas Publicas de Medellin (EPM) last year. Further SmartValve projects will be delivered later in 2022 by other transmission owners across the country providing additional capacity for renewables connecting across the grid.”

The use of FACTS devices (such as SmartValve) is incentivized in Colombia’s 2020-2034 Transmission Expansion Plan, published by the national planning agency (Unidad de Planeacion Minero Energetica, UPME). Given the value of this technology to cost-effectively strengthen and optimize the use of the existing grid, the national plan includes multiple FACTS projects over the coming years.

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‘Working Smart to Get to Net Zero’ Project Announced as C21 2021 Energy & Environment Winner

‘Working Smart to Get to Net Zero’ Project Announced as C21 2021 Energy & Environment Winner

February 11, 2022

National Grid Electricity Transmission (NGET), Smart Wires and Omexom have been jointly awarded the Collaborate to Innovate (C2I) 2021 Energy & Environment award by The Engineer for the ‘Working smarter to get to net zero’ projects.

The award recognizes the collaboration between National Grid and global power technology company Smart Wires on the development and installation of the world’s first large-scale use of modular power flow control. Omexom was selected as the EPC partner, providing engineering and construction services for the innovative project. Bringing the expertise and experience of all project partners together was essential to its success.

The project involved deploying cutting-edge modular power flow control technology, SmartValve™, on five circuits at three National Grid substation sites in the north of England in 2021, releasing a total of 1.5 GW of extra network capacity. This is enough to power one million homes in the UK with renewable energy.

SmartValve technology works by intelligently routing power to circuits that have spare capacity, allowing National Grid to maximize the use of its existing network.

With the increasing volume of renewable generation seeking to connect to the network, NGET saw a pressing need for even more capacity in this area. This year, National Grid is expanding the use of the innovative technology on its UK network by installing additional SmartValve™ devices to meet the increasing need for additional network capacity.

This award recognizes the results of 5+ years of a successful partnership delivering impact via innovation.

“We are delighted to be a collaborative partner to National Grid for this award-winning project. National Grid are leading the way in using technology effectively to make progress towards net zero and a more efficient grid for consumers,” said Michael Walsh, Chief Commercial Officer at Smart Wires.

The C2I awards are run annually by The Engineer and recognize the very best collaborations and innovations in engineering across the UK. BAE Systems, a leading defense, aerospace and security company, was the 2021 sponsored of the Energy & Environment category in The Engineer C2I 2021 awards.

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Amprion And Smart Wires Have Successfully Tested Modular Power Flow Control Technology

Amprion And Smart Wires Have Successfully Tested Modular Power Flow Control Technology

June 8, 2022

German version available

Amprion and Smart Wires have successfully completed a pilot test on the use of innovative technology for optimisation of grid loading. As a result of the one-and-a-half-year cooperation, Amprion has found that there are no technical reservations regarding the use of SmartValve™ technology in the German power grid.

Amprion has carried out extensive studies and technical analyses of Smart Wires’ modular static synchronous series compensator (m-SSSC). The SmartValve is intended to distribute power flows more evenly across circuits, and herewith increase utilisation of lines and contribute to system stability.

“The pilot project has shown that SmartValve is an innovative technology with potential to use the grid more efficiently and to reduce the need for redispatch in the future,” said Dr. Hendrik Neumann, Chief Technical Officer of Amprion.

The SmartValve can optimally utilise the capacity of the lines through targeted load flow changes (increase or decreasing power flows on a circuit). The transmission grid can be controlled in a better way and minimise the expensive use of power plants in congestion management. SmartValves are individual modules that can be expanded into larger deployments, depending on the system needs. The technology is easy to transport, thus can be used in more flexible way at different locations. The new technology can thus complement conventional large and phase-shifting transformers (PST) and introduces new use cases and applications.

“We are very pleased about the successful completion of the preliminary technical studies and the fact that such a reputable and competent transmission network operator as Amprion did not identify any technical reservations regarding the use of SmartValve on the Amprion network. Since the start of our cooperation, SmartValve projects have been carried out in the USA, Australia, England and Austria, to name just a few examples. We now look forward to the next steps within the context of the ambitious climate targets of the new coalition government,” said Dr. Susanne Nies, General Manager Germany of Smart Wires.

The climate targets of the EU and of the German government are accelerating the transformation of the power grid in Europe. In addition to the necessary grid expansion, more innovative technologies are being used for more efficient capacity utilisation. The German grid development plan also opens application of such technology in addition to new expansion project.

"The pilot project has shown that SmartValve is an innovative technology with potential to use the grid more efficiently and to reduce the need for redispatch in the future."

Dr. Hendrik Neumann

Chief Technical Officer of Amprion

Amprion

Amprion GmbH is one of four transmission system operators in Germany. Our extra-high-voltage network is 11.000 kilometres long and transports electricity across an area that extends from Lower Saxony to the Alps. Around a third of Germany’s economic output is generated there. Our power lines are lifelines of society: They secure jobs and quality of life for 29 million people. We keep the network stable and safe – and prepare the way for a climate-compatible energy system by expanding our network. Around 2.000 employees in Dortmund and at more than 30 other sites help make sure the lights never go out. We also perform overarching operations for integrated grid systems in Germany and Europe.

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APG and Smart Wires Sign Cooperation Agreement for Innovation Projects to Optimize the Load Flow in the Transmission Grid

APG and Smart Wires Sign Cooperation Agreement for Innovation Projects to Optimize the Load Flow in the Transmission Grid

January 27, 2022

APG is the first enterprise that has tested the new rapidly deployable mobile solution with SmartValve™ technology in a pilot project.

Wien (OTS) – The Austrian transmission system operator Austrian Power Grid (APG) has signed a cooperation agreement with Smart Wires. 

Smart Wires’ innovative technology will be used to evaluate how the grid availability and operation reliability in Austria can be improved with modular power flow control elements –another component for ensuring the security of electricity supply.

“We are the first enterprise that has tested the new rapidly deployable mobile solution with SmartValve technology in a pilot project and is now considering its permanent use. Joint studies have shown that with the product our transmission grids can be even better used to capacity. The technology has the potential to relieve the Austrian electricity grid and to make it more stable especially during the transformation of the energy system,” explains APG’s company spokesperson Christoph Schuh. Not least due to its geographic location Austria is playing a central role in the European electricity system. “If we want to achieve the goal of 100 percent electricity from renewables in the electricity mix until 2030, we have to avail ourselves of every opportunity that can help to use the grid capacities in an even more optimized way. In addition to the physical expansion of our line capacities according to plan we need new state-of-the-art technologies to facilitate the successful electrification of the economy, industry and society without jeopardizing the security of supply. Electricity is the energy of the future. By using the most modern technologies we hope to increase the share of renewables in the power system and to reduce the threat of congestions as much as possible. The first results of the pilot project are very promising. Together with Smart Wires and the TU Graz University of Technology we will now evaluate potential applications in the next few years“, says Schuh. 

Smart Wires’ General Manager Germany, Austria and Switzerland, Susanne Nies is also delighted about the cooperation and states: “Our technology is a very good match for APG and we consider the company as very innovative player in the European power industry. We are looking forward to undertaking the next joint steps in developing flexible solutions which will address European requirements and be important also from a pan-European perspective. Our most recent projects have been implemented in the United Kingdom, where we were able to increase capacity by 500 MW. We are proud to now break new ground also in Austria together with APG, the company that is responsible for ensuring the security of supply in this country.”

The TU Graz University of Technology will contribute its scientific expertise to the project and currently examines the advantages of the SmartValve Technology for the APG grid regarding the technical aspects of the power flow control devices.

SmartValve is a modular Static Synchronous Series Compensator (SSSC) that can relieve constrained lines by actively increasing or decreasing power flows on a circuit and perform dynamic services. This makes it possible to better control the transmission grid and to reduce the number of redispatch measures that are necessary because of grid congestions.

“The technology has the potential to relieve the Austrian electricity grid and to make it more stable especially during the transformation of the energy system"

Christoph Schuh

APG's company spokesperson

The mobile deployment option of SmartValve can be delivered within a few months and installed within a few hours. In addition, all Smart Wires solutions can be easily dismounted and reinstalled elsewhere – as and when required, e.g. in case of a massive disturbance, planned renovation measures or delays of new construction projects. It is thus a flexible and effective solution. The new technology complements other grid optimization technologies and supports the system from a stability perspective.

The solution has drawn the interest of transmission system operators in Europe, the United States, Australia and Latin America and has already been implemented in many places. APG in Austria is now one of the companies on the list and thus shows once more its innovative mindset and commitment to the Austrian climate and energy strategy.

About Austrian Power Grid (APG)

Austrian Power Grid (APG) is Austria’s independent transmission system operator in charge of monitoring and managing the nationwide transmission network. Its infrastructure ensures the electricity supply in Austria and is thus the lifeline of the country, its population and its businesses. The APG network totals a length of about 3,400 km and is operated, maintained and continuously adapted to the increasing challenges of economy and society by a team of more than 600 specialists. The capacities of the APG grid are the precondition for a sustainable and secure power supply in Austria, for reaching the climate and energy targets and for the increasing electrification of our society, businesses and industry. APG’s staff develop suitable market products, have an excellent knowledge of physics and ensure the security and efficiency of supply for Austria. With an investment volume of 370 million euros in 2022 for the expansion and modernization of the grid infrastructure, APG provides an important impulse for the domestic economy. Until 2032 APG will invest a total of approximately 3.5 billion euros in grid expansion and renovation projects, which amounts to approximately 19 percent of the total of 18 billion euros which the energy industry will invest in the grid infrastructure over the next ten years. In the Sustainable Brand Rating 2021 APG has been voted number one in the category ‘public utility infrastructure’ for the second consecutive time.

www.apg.at 

 

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