New analysis prepared by LEI for WIRES quantifies far reaching employment and GDP impacts of transmission infrastructure on U.S. economy
WASHINGTON, May 18, 2020 – WIRES, the international trade association that promotes investment in all aspects of the high voltage grid, today released an analysis prepared on its behalf by London Economics International LLC (LEI) that highlights the short- and long-term economic benefits and job creation driven by high voltage transmission projects.
The Repowering America: Transmission Investment for Economic Stimulus and Climate Change report identified $83 billion in planned transmission projects around the country that have been ISO/RTO Board-approved and/or recommended to regulators. LEI’s analysis found that this infrastructure investment would add $42 billion to GDP, create approximately 442,000 well-paying jobs, and boost direct local spending by nearly $39 billion cumulatively during the construction phase of the projects.
The LEI report also found that in the longer term over the transmission assets’ lifecycle, the operations and maintenance of these projects would provide an annual GDP increase of $1.6 billion and create around 9,000 permanent jobs. The co-benefits of the transmission projects were also highlighted as offering longer-term impact on GDP, including reduction in electricity prices, increasing renewable generation, and advancing decarbonization goals.
“This report quantifies what WIRES and its members have long known — that investment in transmission infrastructure drives family-supporting jobs and can deliver a significant boost to the national and regional economies. That’s just what we need in our current economic climate,” said Larry Gasteiger, Executive Director of WIRES. “The Biden Administration clearly views grid infrastructure as a critical component of its Build Back Better agenda and a means to achieve its ambitious climate goals, and WIRES commends its focus on transmission. We encourage more attention on federal policies and incentives that will spur even more grid investment, and address planning, siting, permitting and cost allocation issues that delay transmission build out, so the country can more quickly reap the benefits of this mission-critical infrastructure.”
Of the $83 billion in approved and/or recommended planned projects, LEI found that the GDP during the construction impact (including the installation and domestic manufacturing stages) could generate an increase of nearly 14% of utilities current value added GDP and more than double utilities’ current regional employment, based on 2019 levels. (The definition of utilities in this report includes electric power generation, transmission and distribution, natural gas distribution, water, sewage and other systems.)
“It is clear that transmission infrastructure is a powerful driver for unlocking GDP growth and job creation in the U.S.,” said Julia Frayer, managing director at LEI. “In our analysis we purposefully took a very conservative assessment of the figures, and anticipate that the multiplier effect and co-benefits of transmission projects would drive substantially greater economic impact.”
About London Economics International
London Economics International LLC (LEI) is a global economic, financial, and strategic advisory professional services firm specializing in energy, water, and infrastructure. The firm combines detailed understanding of specific network and commodity industries, such as electricity generation and distribution, with sophisticated analysis and a suite of proprietary quantitative models to produce reliable and comprehensible results. The firm also has in-depth expertise in economic and financial issues related to the electricity, gas, and water sectors, such as asset valuation, procurement, regulatory economics, and market design and analysis. LEI has worked extensively in North America, Europe, Asia, Latin America, Africa, and the Middle East, and has a comprehensive understanding of the issues faced by the utilities and regulators alike. Visit: www.londoneconomics.com.