Tag Archives: American Clean Power Association
New Jersey Approves Two Major Offshore Wind Projects
The approvals were part of the state’s third solicitation for offshore wind power as it aims to achieve approximately 11,000 MW of offshore wind power by 2040. The developments are expected to bring significant economic benefits for New Jersey and establish it as a key player in the offshore wind supply chain. New Jersey’s offshore wind development strategy aims to secure the best overall value for ratepayers while safeguarding the environment and commercial and recreational fishing interests. As part of their commitment, the awarded projects will provide over $60 million for environmental and fisheries research, monitoring, and conservation efforts. The approvals come as the offshore wind industry faces challenges from soaring costs, high interest rates and supply chain bottlenecks that have forced some projects to developers to pivot their plans or cancel projects altogether. “Governor Murphy’s leadership is positioning New Jersey as a significant hub for offshore wind development,” said Said Anne Reynolds, Vice President for offshore wind at the American Clean Power Association. More, >>click to read<< 10:45
Wind industry group says turbine restrictions for whales could threaten commercial viability of projects
An organization that represents and lobbies for the wind industry has warned that a recommendation from federal scientists to limit turbines in offshore lease areas to protect the endangered North Atlantic right whale could threaten the commercial viability, efficiency and utilities contracts for some projects. In a letter first published by The Light last month, NOAA scientist Sean Hayes proposed establishing a “conservation buffer” zone or turbine-free area overlapping with wind development planned in Southern New England. But the American Clean Power Association (ACP), which represents the wind industry, said such a buffer would cause the removal of a “significant number” of turbines from several projects. >click to read< 07:29