FERC Examines Reforms to Expedite Grid Connection of New Projects

The Federal Energy Regulatory Commission on June 16 announced a proposed rule to address backlogs in the interconnection queue that, if finalized, could accelerate grid interconnection processes. The increased demand for energy compels the commission to expedite and streamline the process of connecting electric generation facilities to the grid.

More than 1.4 terawatts of generation and energy storage green energy projects are in the pipeline throughout the country, with an average three-year wait to complete grid connection. By looking at the status of the backlogs, the notice of proposed rulemaking (NOPR) aims to streamline the grid connection processes that will enable customers to have timely access to low- cost generation in an efficient, reliable, and transparent manner.

Many key areas of reform in the proposed rule include the implementation of a first ready, first served cluster study process, improving interconnection queue processing speed; implementing new technologies into the interconnection process; and upgrading performance requirements for system reliability. These reforms aim to enhance the reliability and efficiency of the interconnection process while minimizing the delays. Initial comments must be submitted within 100 days of publication in the Federal Register. Within 130 days, reply comments must be submitted.

Interconnection queues have been one of the biggest challenges to building a green economy. The American Clean Power Association, which represents the U.S. renewable energy industry, which represents the renewable energy industry, welcomed FERC’s announcement to address these burning issues. The group ACP believes that the above approach would certainly minimize the delayed cost of interconnection so that customers can avail themselves of reliable and affordable clean energy.

On the same day, the Commission also proposed rules that aim to develop action plans to tackle unfavorable climate conditions and predictions of future meteorological events.