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| VELCO | |
|---|---|
| Name | Vermont Electric Power Company, Inc. |
| Type | Transmission utility |
| Founded | 1963 |
| Headquarters | Rutland, Vermont |
| Area served | Vermont |
| Industry | Electric transmission |
| Key people | John J. Sayles (President & CEO) |
| Num employees | ~200 |
VELCO is the Vermont Electric Power Company, Inc., a privately held transmission-only utility responsible for high-voltage electric transmission in the U.S. state of Vermont. It owns and operates bulk electric transmission lines, substations, and related infrastructure that interconnect distribution utilities, generation resources, and regional markets. VELCO plays a central role in linking Vermont to the regional grids administered by operators and markets across New England and northeastern North America.
VELCO was formed in 1963 amid postwar expansion of regional transmission systems and increasing coordination among utilities such as Central Vermont Public Service Corporation, Green Mountain Power, and Vermont Electric Cooperative. Early decades saw construction of 115 kV and 225 kV corridors to serve load centers in Burlington, Vermont, Montpelier, Vermont, and Rutland, Vermont, while integrating hydropower from projects on the Connecticut River and import capability from neighboring provinces. Through the 1970s and 1980s VELCO adapted to changes driven by federal policy such as the Public Utility Regulatory Policies Act of 1978 and regional planning efforts involving the New England Power Pool and later the ISO New England. During the late 20th and early 21st centuries the company upgraded aging assets, expanded interconnections with Hydro-Québec and ISO New England transmission, and coordinated with investor-owned utilities like Green Mountain Power Corporation and municipal systems including Burlington Electric Department.
VELCO is structured as a transmission-only entity that provides services to a membership composed of Vermont utilities and stakeholders including municipal utilities, cooperatives, and investor-owned companies. Its governance has historically reflected participation by entities such as Central Vermont Public Service, Green Mountain Power, Vermont Electric Cooperative, and municipal commissioners from cities like Burlington. Operationally VELCO coordinates planning, construction, maintenance, and outage scheduling while interfacing with regional operators such as ISO New England and transmission owners in neighboring jurisdictions like New York Independent System Operator and Quebec transmission authorities. The company employs engineering, vegetation management, right-of-way, and real-time operations staff who interact with federal agencies such as the Federal Energy Regulatory Commission and standards bodies like the North American Electric Reliability Corporation.
VELCO’s transmission network consists of high-voltage corridors including 115 kV, 345 kV, and other lines that traverse Vermont from border interties to in-state substations. Major corridors connect to neighboring systems via interties used to import and export energy with entities such as Hydro-Québec, New Brunswick Power, and ISO New England markets. Key nodes include substations serving population centers such as Burlington, Vermont, Barre, Vermont, and Brattleboro, Vermont, and tie into generation sources including McNeil Generating Station, hydropower on the Connecticut River, and renewable projects like Sheffield Wind Farm and community solar initiatives. The network supports load transfer, contingency rerouting, and system balancing with protection schemes, supervisory control and data acquisition infrastructure, and coordination with regional transmission planning organizations such as the New England States Committee on Electricity.
VELCO’s projects are subject to oversight by the Vermont Public Utility Commission and federal authorities including the Federal Energy Regulatory Commission, and are influenced by state statutes such as Vermont’s renewable energy and siting laws. Environmental review processes engage agencies like the Vermont Agency of Natural Resources and involve assessments under frameworks similar to the National Environmental Policy Act. Transmission siting and upgrades have sparked public proceedings involving conservation organizations, municipal bodies, and stakeholders including the Vermont Natural Resources Council and local landowners. Issues frequently addressed include visual impacts in landscapes like the Green Mountains, wetlands permitting, endangered species considerations under laws paralleling the Endangered Species Act, and mitigation measures coordinated with the U.S. Fish and Wildlife Service.
VELCO participates in regional reliability programs governed by standards from the North American Electric Reliability Corporation and coordinates contingency planning with ISO New England and neighboring transmission entities. The company maintains storm response protocols, mutual assistance arrangements with organizations including the American Public Power Association mutual aid networks, and restoration agreements with neighboring systems such as New England Power Company and Hydro-Québec TransÉnergie. Emergency response exercises involve state emergency management offices like the Vermont Emergency Management and local utilities to restore service after events including ice storms, wind events, and flooding that have affected Vermont infrastructure historically. Investments in grid hardening, vegetation management, and situational awareness systems aim to reduce outage duration and improve resilience.
VELCO’s transmission investments affect economic development, taxation, and property considerations across Vermont’s communities. Large projects intersect with municipal planning in towns spanning counties such as Chittenden County, Vermont, Rutland County, Vermont, and Windham County, Vermont. Stakeholder engagement efforts include municipal outreach, compensation discussions, and collaboration with institutions like community development boards, chambers of commerce, and regional planning commissions. By enabling access to wholesale markets administered by ISO New England and facilitating integration of renewable resources such as wind and solar tied to state policies, the transmission network supports industrial customers, healthcare facilities, and educational institutions including University of Vermont and Vermont State Colleges in sustaining reliable electric service and economic activity.
Category:Energy in Vermont Category:Electric power transmission in the United States