Improving Transfer Capability Without Series Compensation Challenges

Improving Transfer Capability Without Series Compensation Challenges

Utilizing M-SSSC Technology to provide series compensation while avoiding sub-synchronous resonance risk

Authors

Ivan Hijsak, Michael Longoria

Increase transfer capacity, improve energy security, renewable integration, Modular FACTS

The Benefits of Innovative Grid Technologies

The Benefits of Innovative Grid Technologies

Consentec published this study on how innovative grid technologies can reduce network congestion and contribute to Europe’s Fit for 55 targets. The study and the related scenario show that the combination of Dynamic Line Rating, Modular SSSC and Superconductors reduces the congestion and redispatch costs by more than 90% and the congestion-related curtailment of renewables infeed by 3 TWh in 2030

Publishing Entity

Consentec

Increase transfer capacity, improve energy security, renewable integration, Modular FACTS

Unlocking the Queue with Grid-Enhancing Technologies

Unlocking the Queue with Grid-Enhancing Technologies

The Brattle Group quantified the impact that three Grid-Enhancing Technologies (GETs) can have on the grid. In Kansas and Oklahoma alone, these technologies can make room for 5,200 MW of wind and solar generation currently looking to connect before 2025. This is more than double the development possible without these technologies.

Publishing Entity

The Brattle Group

Increase transfer capacity, improve energy security, renewable integration, Modular FACTS

Making the most of Europe’s grids: grid optimisation technologies to build a greener Europe

Making the most of Europe’s grids: grid optimisation technologies to build a greener Europe

WindEurope’s position paper explains that while grid expansion is crucial and needs to accelerate, grid optimization and timely solutions must also be considered. Grid optimization technologies can maximize the use of transmission capacity by increasing thermal and/or system limits or optimally addressing conservatively set margins. This can mitigate renewables variability, accelerate their integration and minimize their curtailment. The paper includes an assessment of grid optimization technologies, a variety of case studies and recommendations for regulatory changes to incentize large-scale adoption of these technologies.

Publishing Entity

WindEurope

Increase transfer capacity, improve energy security, renewable integration, Modular FACTS

Global Innovations from the Energy Sector 2010-2020

Global Innovations from the Energy Sector 2010-2020

This paper, from the World Economic Forum’s International Energy Community in China, presents an opportunity to reflect on some of the energy industry’s successful innovations since 2010. The innovations highlighted here were selected following a competitive process based on a number of factors including their contribution towards accelerating the energy transition.

Publishing Entity

World Economic Forum

Technology overview, renewable integration, increase transfer capacity, Modular FACTS

Modular Power Flow Control Enhancing German Transmission Grid Capacity: An Investigation

Modular Power Flow Control Enhancing German Transmission Grid Capacity: An Investigation

The German Network Development Plan includes several PSTs in the next few years. Since many network expansion efforts face delays, these projects are designed to help TSOs ‘buy time’ and increase transfer capacity by maximizing the use of the existing grid.

The Institute of Power Systems and Power Economics (IAEW) at RWTH Aachen University conducted a study to explore the system impacts of replacing four of these PSTs with m-SSSCs (modular static synchronous series compensators). The study found that compared to PSTs with the same capacity, m-SSSCs could provide double the system benefit. These benefits were possible because of the modularity and flexibility of the m-SSSCs. These characteristics allow TSOs to install the solution quickly, scale the deployments, reduce substation space and relocate the devices as necessary, ultimately allowing TSOs to better manage uncertainty compared with PSTs.

Publishing Entity

Institute of Power Systems and Power Economics, RWTH Aachen University

Authors

    • Dr. A. Moser
    • Dr. A. Klettke
    • Dr. J. Mehlem

Renewable integration, techno-economic studies, power flow studies, power system planning, cost-benefit analysis, optimize economic dispatch and reduce renewable curtailment, increase transfer capacity, Modular SSSC

Evaluation of SmartValve™ Devices Installation at Central Hudson

Evaluation of SmartValve™ Devices Installation at Central Hudson

EPRI observed a SmartValve installation at Central Hudson to evaluate the installation and operation of the technology and identify areas for improvement. EPRI focused on the following key areas: installation process, communication and controls, cybersecurity, impact on system protection, and impact on power system operations and reliability. This report provides valuable insights regarding the capabilities and performance of SmartValve technology and can assist entities seeking to make informed decisions about the use of this technology for various transmission system applications.

Publishing Entity

Electric Power Research Institute (EPRI)

Authors

    • A. Del Rosso
    • G. Drewry
    • J. Herman
    • B. Green
    • S. McGuiness

Installation evaluation, Modular SSSC

Smart Wires raises $75 million

This article accurately describes Smart Wires mission and purpose along with sharing some great news regarding growth equity financing. This funding will be used to provide growth capital as Smart Wires serves a rapidly expanding customer base – including multiple framework agreements and installations planned on four continents in 2020.  

Read More