Smart Wires develops new software tools to enhance grid optimization

Smart Wires develops new software tools to enhance grid optimization

February 21, 2023

Smart Wires has developed sophisticated software tools that will enable EirGrid and global grid operators to increase the wind and solar power that can be transported on the grid. These tools combined with grid enhancing technologies can support the transformation of current grids into a digital, secure and accessible platform capable of delivering net zero.

As part of the two-year project supported by Sustainable Energy Authority of Ireland (SEAI), power system experts from Smart Wires led the development of advanced decision support tools that enable system operators to optimize settings of power flow control devices across the grid. These tools assist in close to day-ahead and real-time analysis and decision support.

By providing this support to control room operators, these tools will help EirGrid and other system operators move towards smarter, and increasingly more automated grid operations. Smart Wires collaborated with EirGrid and multiple global system operators throughout the project to test the prototypes and gather industry feedback.

EirGrid has already identified power flow controllers as a potential network reinforcement in the Shaping Our Electricity Future Roadmap, which looks at solutions that can play a role in the pathway to achieving energy and climate ambitions in Ireland.

“At EirGrid, we need to make the grid stronger and more flexible so it’s ready to carry up to 80% of Ireland’s electricity from renewable sources by 2030,” said Mark Foley, EirGrid Chief Executive. “Cutting-edge tools like these, support optimal use of the electricity grid by enabling control centre operators to better use the technology available.”

By using these highly automated tools in combination with power flow control devices, transmission system operators can quickly solve bottlenecks and grid issues, creating capacity for the increasing volume of new renewable energy and wide-scale electrification. The tools are built to be modular and platform agnostic so they can be easily used globally by transmission system operators.

“This project has been a great opportunity to collaborate closely with EirGrid and other leading system operators who are embracing the potential of grid enhancing technologies to create a digital, secure and accessible grid,” said Smart Wires CEO Peter Wells. “We’re seeing strong momentum globally in the uptake of these technologies to unlock the full potential of today’s grids, and tools like this further support this movement”.

The choice of digital devices such as SmartValve™ to provide the power control also provides the opportunity to utilize dynamic services such as improving transient stability and voltage stability, which further supports the transition to a digital grid with high levels of intermittent renewable energy.

The project was supported under the SEAI National Energy Research, Development & Demonstration Funding Programme 2019.

About EirGrid

EirGrid develops and operates the national electricity grid. The grid takes electricity from where it is generated and delivers it to the distribution network.

EirGrid also supplies power to industry and businesses that use large amounts of electricity. It works to ensure there is enough electricity for society to prosper, and industry to grow. 

Our work is essential today, as well as being a crucial investment for future generations.

https://www.eirgridgroup.com/

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Validating the dynamic performance of SmartValve using HIL testing

Validating the dynamic performance of SmartValve using HIL testing

February 13, 2023

Smart Wires, the world’s leading grid enhancing technology and service provider, has adopted RTDS® Simulator for the closed-loop factory testing of its power system products.

Smart Wires’ North Carolina headquarters houses its Hardware-In-The-Loop (HIL) laboratory where its team of power system engineers can remotely access the HIL setup for high-fidelity power system studies and device testing.

For a recent project, Smart Wires used the HIL testing setup to validate several functionalities of a SmartValve system before the deployment at the customer’s site. The aim was to test the interoperability between SmartValve and the protection relays that operate on the line. Two RTDS Simulator units were required to complete the testing, given the large network size under study.

The full case study detailing how Smart Wires used HIL testing for this customer project is available below.

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Smart Wires collaborates with DIgSILENT to launch SSSC network model

Smart Wires collaborates with DIgSILENT to launch SSSC network model

February 6, 2023

Smart Wires has collaborated with DIgSILENT to develop a network model for Static Synchronous Series Compensators (SSSC), which was launched this month as part of the latest PowerFactory 2023 release.

Smart Wires’ global team of power system experts use advanced software and modelling to develop solutions for critical network challenges in close collaboration with our customers.

The launch of this new model simplifies the process for modelling Smart Wires’ modular SSSC – SmartValve™ – in network planning and operation studies for grid operators around the world who use PowerFactory, opening new opportunities to unlock capacity on their grids.

“The launch of built-in SSSC models like this is a huge step forward for grid operators across the world, allowing them to easily model our technology in their networks,” said Tom Nudell, PhD, Senior Director of Analytics at Smart Wires. “Working with the DIgSILENT team has been a pleasure, and we look forward to replicating this with more grid modeling providers in the near future.”

SmartValve is a modular SSSC and leverages a transformerless approach, sealed forced air cooling, and an integrated fast-acting bypass. This move towards a modular, digital SSSC eliminates many shortfalls of previous SSSC technology, providing a flexible and scalable solution with high reliability, faster delivery and installations, with multiple network applications.

The SSSC template model is currently only available in PowerFactory 2023, but Smart Wires’ power system experts can provide guidance on modelling SmartValves in previous versions of PowerFactory and across multiple other platforms as listed here. In addition to advising on the modelling of SmartValve in power system planning and operations platforms, our services include steady state studies, economic analysis, dynamic time domain studies, EMT studies, advisory services on generation and load connections, and more. 

We are actively collaborating with additional power system planning and operation software companies to develop a SSSC network model for their platforms, so that we can help even more grid operators to use SmartValve to transform their grids.

Smart Wires combines the power of modelling, analytics, dynamic ratings, and digital power flow control to help grid operators meet the demands of renewable energy adoption and demand-side electrification across the world. Want to find out how you can reimagine your grid for net zero? Reach out to us at www.smartwires.com.

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Smart Wires and EPM complete project unlocking 400 megawatts of grid capacity for renewables in Colombia

Smart Wires and EPM complete project unlocking 400 megawatts of grid capacity for renewables in Colombia

Jan 26, 2023

Spanish version

Smart Wires and EPM today announced the successful completion of a large-scale project that uses digital power flow control – SmartValve™ – to enable the connection of over 400 megawatts of distributed renewable generation. This supports demand growth in Medellín and the surrounding Antioquia region, and helps to reduce electricity tariffs for consumers.

As in many countries, Colombia also faces difficulties in the construction of critical transmission infrastructure, slowing economic growth, increasing electricity consumption bills, and generating the risk of possible electricity supply interruptions in the coming years. This is happening in parallel with Colombia’s plans to substantially increase its renewable generation connections.

“We are committed to providing reliable access to clean electricity to consumers at an efficient cost, and to playing our part in the energy transition,” said Andrés Moreno Múnera, Vice President Transmission and Distribution of Energy at EPM. “Technologies like this help us solve grid congestion and maximize the use of our existing grid, reducing, in some cases, the need for new infrastructure,” he added.

Building on the successful SmartValve pilot project in 2021, which was the first installation of this technology in Latin America and paved the way for its use across the region, this project involves using SmartValves on three transmission lines in the Aburrá Valley metropolitan area to solve grid congestion, both in normal operation and in contingency scenarios (N-1).  It unlocks grid capacity for over 400 megawatts of distributed hydro and solar generation to connect, and supports the expected growth in electricity demand.

“We are proud to work closely with EPM on this project, which offers a cost-effective solution to grid congestion that can be easily expanded as system needs change over time,” said Joaquín Peirano, General Manager, Americas at Smart Wires. “Colombia is a leader in the use of grid optimization technologies such as SmartValve to improve access to clean, affordable and reliable electricity, which is one of the many reasons we established our Latin American base in Medellín,” he added.

SmartValve works by pushing power off overloaded lines or pulling power onto underutilized lines, and also provides dynamic services such as improving transient stability and voltage stability. Unlike other alternative network planning solutions, this capacity is unlocked quicker and without disruption to local communities or the environment as SmartValves can be deployed within the existing substation or along existing transmission corridors.

SmartValve – a distributed FACTS technology – has been in use in Colombia since 2021 with multiple projects providing hundreds of megawatts (MW) of grid capacity and keeping the cost of electricity tariffs affordable for consumers. There are many more projects planned for the coming years as part of Colombia’s 2020-2034 Transmission Expansion Plan, published by the Unidad de Planeación Minero-Energética (UPME).

About EPM

EPM Group is a multi-Latin group with presence in six countries: Colombia, Chile, El Salvador, Guatemala, Mexico and Panama. The Organization, which serves more than 20 million people, provides water supply services, wastewater management, generation, distribution, commercialization and transmission of energy, natural gas commercialization, seawater purification and solid waste management.

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Smart Wires delivers first digital power flow control technology project in Canada

Smart Wires Delivers First Digital Power Flow Control Technology Project in Canada

Nov 10, 2022

Smart Wires today announced the successful delivery of a first project in Canada, a significant step towards the adoption of digital power flow control technology in the country.

The project involves evaluating Smart Wires’ core technology – SmartValve™ – in a mobile deployment to increase system capacity and improve reliability.

The SmartValves were deployed at a substation in southern Alberta to reduce network congestion by actively balancing power flows across the surrounding circuits. This unlocked increased capacity on the existing network for generation, resolving a short-term network need in the area.

Smart Wires partners with customers across the world to transform the grid and sees huge potential for digital power flow control to support the huge growth in new generation connecting to the grid and increasing electrification of society across Canada.

“This is the first of what we expect to be many projects for Smart Wires in Canada, where electric transmission system owners are working hard to connect consumers with affordable, renewable energy,” said Jessica Joyce, Smart Wires Chief Sales Officer. “We are proud to collaborate with companies who are embracing the potential of technologies like ours to create a digital, secure and accessible grid.”

SmartValve is a modular Static Synchronous Series Compensator (SSSC) that quickly unlocks network capacity by pushing power off overloaded lines or pulling power onto underutilized lines. Its modular design enables flexible and scalable deployments that provide long-term network planning solutions to integrate renewables and demand, increase interregional power transfer, lower costs, improve grid resiliency and multiple other applications. It can also be used to address urgent or short-term needs and support outage management due to its easily movable design. SmartValve also provides dynamic services such as improving transient stability and voltage stability.

The mobile deployment option enables companies to install and commission SmartValves within days, and without the need for costly substation site modifications. This project was commissioned in September 2022.

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Transgrid delivers VNI Interconnector upgrade, releasing flow of renewable energy between states

Transgrid delivers VNI Interconnector upgrade, releasing flow of renewable energy between states

Nov 3, 2022

More renewable energy will now flow between Victoria, NSW and the ACT with the successful delivery of Transgrid’s upgrade of the Victoria-NSW Interconnector (VNI).

The $45 million VNI upgrade has unlocked 170 megawatts of additional energy, enough to power more than 30,000 homes.

Transgrid CEO Brett Redman said the project was delivered on budget and features world-leading SmartValve technology from US-based grid enhancing technology company, Smart Wires.

“Transgrid is building the energy superhighways that will benefit millions of Australians and this project is a key example of how we are enabling more efficient sharing of renewable energy between the states.

“The speed at which the energy transition is accelerating means we must embrace new technology and innovate and SmartValve is a perfect example of how Transgrid is doing just that.

“This clever technology benefits both customers and the environment and will allow renewable energy from Victoria to flow into NSW and the ACT when demand is greatest,” Mr Redman said.

Transgrid is the first large scale user of SmartValve technology in Australia. It detects congestion on the transmission network and redirects power off overloaded lines onto transmission lines with spare capacity and enables substations to be upgraded using existing infrastructure.

Nine SmartValve units were installed at Transgrid’s Stockdill substation in the ACT to unlock 120 MW of additional energy, while six units at Yass substation will provide another 50 MW.

“By using power flow controller technology we can unlock additional energy without needing to build new lines or upgrade existing transmission lines, which minimises environmental and community impact,” he said.

Smart Wires CEO Peter Wells applauded Transgrid’s adoption of grid enhancing technology, which he believes will be critical to Australia’s long-term energy future.

“Transgrid is one of the world’s leading utilities in this space, and through VNI and other projects, is proving its commitment to the energy transition, the environment and its customers.

“The VNI project has been an incredibly successful collaboration which has increased transfer capacity and enabled the connection of significantly more renewables.

“We are very proud to partner with Transgrid and support the evolution of Australia’s grid into a digital, secure and accessible platform capable of delivering net zero, economic growth, innovation, jobs and prosperity,” Mr Wells said.

The project was the preferred option identified to increase transfer capacity between NSW and Victoria in the 2020 Project Assessment Conclusion Report (PACR) by the Australian Market Energy Operator (AMEO) and Transgrid.

The PACR found the VNI upgrade is expected to deliver net benefits of up to $268 million to electricity customers.
The VNI upgrade will help reduce electricity bills through more efficient sharing of generation resources between the states and enable more energy from renewable sources to enter the grid.

It will also support the development of new renewable generation in the state’s energy zones.

The completion of VNI follows Transgrid’s successful delivery in July of the $236 million upgrade of the Queensland-NSW Interconnector (QNI) which allows 460MW more power to be transferred into Queensland and 190MW more into NSW and the ACT when needed.

Transgrid is also building the 700km NSW section of EnergyConnect, from Wagga Wagga to the South Australian border. EnergyConnect will enable the sharing of energy between NSW, SA and Victoria.

Transgrid is also developing HumeLink and VNI West Kerang, which together with EnergyConnect will reinforce the southern grid and support cheaper, cleaner energy.

For more information about the VNI project: https://transgrid.com.au/VNI 

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Smart Wires Cements Position as Grid Enhancing Technology Leader with New Dynamic Rating Offering

Smart Wires Cements Position as Grid Enhancing Technology Leader with New Dynamic Rating Offering

Aug 25, 2022

Smart Wires now has a suite of Grid Enhancing Technologies, adding the state-of-the-art SUMO™ Dynamic Rating System software to its offerings.

Smart Wires will launch the new commercial offering at CIGRE Session 2022 in Paris. Leaders from both Smart Wires and Operato, a subsidiary of the Slovenian Transmission System Operator ELES that developed SUMO, will be on hand for the announcement.

The addition of SUMO complements and strengthens Smart Wires’ existing offering to help grid operators meet the demands of renewable energy adoption and demand-side electrification with advanced data analytics, system modeling and power flow optimization.

“Operato is recognized as an industry leader in the Dynamic Ratings space in Europe and adding its software to our toolbox strengthens our commercial offerings,” said Peter Wells, Smart Wires CEO. “With the addition of SUMO, we can combine the power of modelling, analytics and power flow control with dynamic ratings, allowing us to realize our vision of reimagining the grid for a net zero world.”

There is growing industry agreement on the importance and criticality of leveraging dynamic ratings for lines and other electric system equipment to improve system safety and efficiency. Earlier this year, FERC (the national regulator for electric utilities in the US) opened a notice of inquiry on dynamic line ratings which seeks guidance on a threshold for transmission lines to qualify for a dynamic line rating requirement.

Andrej Souvent, Operato CEO, commented, “SUMO has a 10-year track record of supporting the power system operation. We have used it extensively for real-time operation and operational planning over this period and we have observed that it offers higher transmission capacities 95% of the time, with a median increase of 20% of the nominal capacities.”

In addition to SUMO, Smart Wires offers hardware and analytics services that advance the delivery of affordable, clean energy. SmartValve™, a modular power flow control device, intelligently controls the flow of power across the network. It pushes power off overloaded lines and pulls power onto underutilized lines, balancing power flows evenly across multiple circuits. SmartValve and SUMO complement each other, but the two technologies can also work alone or with other systems to support the fast, reliable delivery of electricity.

Powerful synergies exist between Smart Wires’ technologies. SmartValve maximizes the use of grid capacity by redirecting power flows to underutilized lines. SUMO uses weather data to find and quantify situations where even more additional capacity might be available. The combined application of these two technologies creates a multiplier effect which enables much more renewable energy to flow on the existing grid infrastructure.

The Department of Energy will receive $100 million to study the development of interregional electric transmission infrastructure and the integration of offshore wind energy. This study will explicitly include Grid Enhancing Technologies (GETs) — such as power flow control and dynamic line rating — as solutions to alleviate constraints that result as more renewables are incorporated onto the grid. This investment builds on years of federal research and support for GETs. These technologies have long been recognized by government, private industry and academia as indispensable for optimizing the grid.

“Signing the Inflation Reduction Act into law is a significant step forward for the future of our planet; we commend and support this significant step,” said Smart Wires CEO Peter Wells. “While not a direct investment in the grid, and the infrastructure needed to support the energy transition, this unprecedented investment into the deployment of renewable generation and the electrification of demand is very positive. Ultimately, we also need to invest in and develop a digital edge-to-edge grid… a global energy network that creates a platform capable of connecting more renewable energy, faster, and enabling demand-side electrification. This platform would empower the consumer, connect the producer, and enable a new paradigm of flexible, adaptive grid operations. The backbone of the energy transition is a digital grid — it needs to be front-and-center as we build our net zero future.”

Smart Wires offers hardware, software and analytics services that advance the delivery of affordable, clean energy. SmartValve™, a modular power flow control device, intelligently controls the flow of power across the network. It pushes power off overloaded lines and pulls power onto underutilized lines, balancing power flows evenly across multiple circuits. SUMO™ is a state-of-the-art Dynamic Rating software that provides system-wide visibility of lines, transformers and other network equipment in real-time and for future forecasts.

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U.S. Recognizes Role of Grid Enhancing Technology as Part of Major Clean Energy Legislation

U.S. Recognizes Role of Grid Enhancing Technology as Part of Major Clean Energy Legislation

Aug 16, 2022

Smart Wires applauds the passage of the Inflation Reduction Act of 2022 in the United States, a historic effort by the federal government to reduce carbon emissions and invest in clean energy.

The legislation includes $369 billion in investments in clean energy and climate change programs with the goal to reduce carbon emissions by 40% by 2030. In doing so, the legislation aims to lower energy costs for American consumers and increase the production, availability and usage of renewable energy.

The Department of Energy will receive $100 million to study the development of interregional electric transmission infrastructure and the integration of offshore wind energy. This study will explicitly include Grid Enhancing Technologies (GETs) — such as power flow control and dynamic line rating — as solutions to alleviate constraints that result as more renewables are incorporated onto the grid. This investment builds on years of federal research and support for GETs. These technologies have long been recognized by government, private industry and academia as indispensable for optimizing the grid.

“Signing the Inflation Reduction Act into law is a significant step forward for the future of our planet; we commend and support this significant step,” said Smart Wires CEO Peter Wells. “While not a direct investment in the grid, and the infrastructure needed to support the energy transition, this unprecedented investment into the deployment of renewable generation and the electrification of demand is very positive. Ultimately, we also need to invest in and develop a digital edge-to-edge grid… a global energy network that creates a platform capable of connecting more renewable energy, faster, and enabling demand-side electrification. This platform would empower the consumer, connect the producer, and enable a new paradigm of flexible, adaptive grid operations. The backbone of the energy transition is a digital grid — it needs to be front-and-center as we build our net zero future.”

Smart Wires offers hardware, software and analytics services that advance the delivery of affordable, clean energy. SmartValve™, a modular power flow control device, intelligently controls the flow of power across the network. It pushes power off overloaded lines and pulls power onto underutilized lines, balancing power flows evenly across multiple circuits. SUMO™ is a state-of-the-art Dynamic Rating software that provides system-wide visibility of lines, transformers and other network equipment in real-time and for future forecasts.

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