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BU Turned to Edison Energy, Who Identified the Triple H Wind Project to Help Reach its 2040 Target

  • In 2017, Boston University (BU) approved a bold Climate Action Plan to reach carbon neutrality across its campuses by 2040 and to prepare its campuses for the impacts of climate change.

The plan--which is a decade ahead of a similar effort by In 2017, Boston University (BU) approved a bold Climate Action Plan to reach carbon neutrality across its campuses by 2040 and prepare its campuses for the impacts of climate change. The City of Boston--involves energy efficiency upgrades, shifting to electricity for heating and cooling where possible, and purchasing power from renewable energy resources.

Because the University did not have the option for large-scale on-site renewables due to its dense urban setting, it opted instead for a virtual power purchase agreement (VPPA) that included significant emissions reduction impacts and critical economic benefits.

BU turned to Edison Energy, who identified the Triple H Wind Project to help reach its 2040 target.

Wind Power Market, 2021 Update - Global Market Size, Turbine Market Share, Average Turbine Size, and Key Country Analysis to 2030

Wind Power Market, 2021 Update - Global Market Size, Turbine Market Share, Average Turbine Size, and Key Country Analysis to 2030

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Located in Hyde County, South Dakota, the 250 MW wind farm--which came online last year and was developed by renewable energy provider ENGIE North America and its affiliates —is expected to reduce BU's carbon emissions by 53%. Sited in a rural area where large-scale energy projects bring much-needed economic support, the wind farm will generate approximately $36 million in state and local tax revenue over its lifetime.

BU's contracted 48.6MW of capacity from the Triple H Wind Project expects to produce 205,000 Green-e Certified RECs (Renewable Energy Credits) each year. The University will receive and retire the RECs to claim credit for the emissions reductions from the wind farm.

"This is a trend we're seeing with many different customers," said Laura Caspari, VP, Head of Power Marketing and Commercial Strategy at ENGIE North America. "At universities and colleges, there is significant grassroots pressure from students for those institutions to set and attain meaningful sustainability goals and they are seeking PPAs to meet those goals. The institutions have large energy consumption and socially conscious campuses and stakeholders, which form the impetus for that kind of change. BU was a little ahead of others, which puts them at the forefront to a certain extent."

Caspari also noted an uptick in aggregated procurements, where multiple campuses aggregate their electricity demand and then enter into a joint PPA.

"The grid where the Triple H Wind Project resides is within the Southwest Power Pool (SPP), and that's a grid that relies heavily on coal power--more than some other parts of the U.S.," she said. "The impact of the Triple H Wind Project supplanting coal emissions is higher in that area. It reduces the need to dispatch coal plants in the region, so it reduces regional greenhouse gas emissions (GHG) and of course that improves the local air and water quality and increases biodiversity."

The SPP has members in 14 states and lists coal as the top fuel type for energy production, coming in at 38.6%. The region also generates 29.5% of its power from wind resources, indicative of a growing trend in the area.

South Dakota's total electricity net generation in 2020 was almost two and a half times greater than it was in 2008, primarily because of increased generation from wind, hydropower, and natural gas, according to the U.S. Energy Information Administration (EIA). In 2020, hydroelectric power accounted for half of the state's net electricity generation, while the remaining generation came almost entirely from wind, coal, and natural gas.

Last year, wind power supplied about one-third of South Dakota's total electricity generation, with the state currently hosting approximately 25 large-scale wind farms along with many smaller wind projects, resulting in nearly 3,000 MW of installed wind energy.

Source: ENGIE North America
Date: Nov 18, 2021


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