Add to ORKGThe Massachusetts Department of Energy Resources is committed to assessing new forms of renewable energy. This project determined the feasibility of rooftop wind turbines in Boston. We interviewed and consulted major stakeholders, and considered siting factors, turbine technology, economic feasibility and social reactions. Currently, rooftop wind turbines are not economically viable in Boston due to long payback periods resulting from siting challenges and underdeveloped technology. We recommend research into urban siting methods as well as vertical axis wind turbines
The place of wind power in the renewable energy economy is discussed and the current state of wind p...
Massachusetts plans to produce 1600 MW of renewable energy by 2020 to help combat climate change. Th...
Residential roof mounted micro wind turbines have low popularity for residential renewable energy ge...
Thesis (S.M. in System Design and Management)--Massachusetts Institute of Technology, Engineering Sy...
Over the last decade, the wind energy industry has experienced many changes. The goal of this Intera...
Wind power, as a sustainable green technology, is becoming a larger component of electrical power ...
The goal of this project was to aid the City of Worcester in reaching its commitment to promote rene...
The goal of this project was to create a guide for Massachusetts consumers who were in the market to...
Thesis (S.B.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 2008.Includes...
In the Fall of 2003, an initiative to develop and install a wind turbine on the University of Rhode ...
The ultimate goal of our project was to determine if solar power implementation was feasible in the ...
The goal of our project was to determine the feasibility of installing green roofs in two locations ...
This report, prepared for the Nantucket Energy Study Committee, addresses important background infor...
A wind-resource analysis was undertaken on the Connecticut College campus to augment the preliminary...
Hull, MA, is a remarkable Massachusetts coastal community: since 2001 the town’s municipal light pla...
The place of wind power in the renewable energy economy is discussed and the current state of wind p...
Massachusetts plans to produce 1600 MW of renewable energy by 2020 to help combat climate change. Th...
Residential roof mounted micro wind turbines have low popularity for residential renewable energy ge...
Thesis (S.M. in System Design and Management)--Massachusetts Institute of Technology, Engineering Sy...
Over the last decade, the wind energy industry has experienced many changes. The goal of this Intera...
Wind power, as a sustainable green technology, is becoming a larger component of electrical power ...
The goal of this project was to aid the City of Worcester in reaching its commitment to promote rene...
The goal of this project was to create a guide for Massachusetts consumers who were in the market to...
Thesis (S.B.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 2008.Includes...
In the Fall of 2003, an initiative to develop and install a wind turbine on the University of Rhode ...
The ultimate goal of our project was to determine if solar power implementation was feasible in the ...
The goal of our project was to determine the feasibility of installing green roofs in two locations ...
This report, prepared for the Nantucket Energy Study Committee, addresses important background infor...
A wind-resource analysis was undertaken on the Connecticut College campus to augment the preliminary...
Hull, MA, is a remarkable Massachusetts coastal community: since 2001 the town’s municipal light pla...
The place of wind power in the renewable energy economy is discussed and the current state of wind p...
Massachusetts plans to produce 1600 MW of renewable energy by 2020 to help combat climate change. Th...
Residential roof mounted micro wind turbines have low popularity for residential renewable energy ge...