Massachusetts is set to become a hub for renewable energy, thanks in part to the Trump administration's efforts. The US Department of Energy has approved an $8.6 million grant that will allow the nation's first utility-led geothermal heating and cooling network to double in size.
The project, which was completed by gas and electric utility Eversource Energy in partnership with the city of Framingham and non-profit organization HEET, is a significant step forward for renewable energy in the US. The network provides heating and cooling to around 140 residential and commercial customers in the western suburb of Boston, using low-temperature thermal energy from dozens of boreholes drilled several hundred feet below ground.
The expansion project, which aims to roughly double Framingham's geothermal network capacity at half the cost of the initial buildout, is seen as a major victory for geothermal energy. The Trump administration's support for geothermal energy has been evident in its efforts to promote clean energy sources, including an executive order declaring an energy emergency that expressed support for a limited mix of energy resources.
The project's success is also a testament to the growing recognition of geothermal energy as a viable alternative to traditional fossil fuels. According to experts, the efficiency of the network is anticipated to increase as it grows, requiring fewer boreholes to expand. This improvement is due to the different heating and cooling needs of individual buildings, which increasingly balance each other out as the network grows.
As part of its efforts to promote clean energy sources, the Trump administration has also reorganized the US Department of Energy, creating a new Hydrocarbons and Geothermal Energy Office that will oversee geothermal energy initiatives. The decision to support geothermal energy is seen as a significant departure from the previous administration's focus on wind and solar power.
With this latest development, Massachusetts is set to become a leader in renewable energy, with Eversource Energy aiming to start construction of the expansion project by the end of 2026. As the network grows, it is expected to provide a model for other cities and utilities looking to transition to clean energy sources.
The project, which was completed by gas and electric utility Eversource Energy in partnership with the city of Framingham and non-profit organization HEET, is a significant step forward for renewable energy in the US. The network provides heating and cooling to around 140 residential and commercial customers in the western suburb of Boston, using low-temperature thermal energy from dozens of boreholes drilled several hundred feet below ground.
The expansion project, which aims to roughly double Framingham's geothermal network capacity at half the cost of the initial buildout, is seen as a major victory for geothermal energy. The Trump administration's support for geothermal energy has been evident in its efforts to promote clean energy sources, including an executive order declaring an energy emergency that expressed support for a limited mix of energy resources.
The project's success is also a testament to the growing recognition of geothermal energy as a viable alternative to traditional fossil fuels. According to experts, the efficiency of the network is anticipated to increase as it grows, requiring fewer boreholes to expand. This improvement is due to the different heating and cooling needs of individual buildings, which increasingly balance each other out as the network grows.
As part of its efforts to promote clean energy sources, the Trump administration has also reorganized the US Department of Energy, creating a new Hydrocarbons and Geothermal Energy Office that will oversee geothermal energy initiatives. The decision to support geothermal energy is seen as a significant departure from the previous administration's focus on wind and solar power.
With this latest development, Massachusetts is set to become a leader in renewable energy, with Eversource Energy aiming to start construction of the expansion project by the end of 2026. As the network grows, it is expected to provide a model for other cities and utilities looking to transition to clean energy sources.