Requires the owner or operator of a new data center to submit to the Public Service Commission a thermal energy network feasibility assessment that identifies potential off-site thermal loads within one mile of the facility; requires that new data centers be designed, constructed, and operated to capture and reuse waste heat generated by computing equipment through a thermal energy network.
Impact
If enacted, A09136 will impact state laws by enforcing stricter energy efficiency regulations on new and expanding data centers. It encourages facilities to capture and reuse waste heat generated from computing equipment, which aligns with broader state energy goals aimed at reducing carbon footprints and improving energy sustainability. The bill requires that if interconnection with a thermal energy network is technically infeasible or poses an economic hardship, the design of the facility must still accommodate future connections. This could foster a more energy-efficient infrastructure across the state, potentially leading to both operational cost savings and reduced environmental impact.
Summary
Bill A09136 aims to amend the public service law by requiring owners or operators of new data centers (defined as having an IT load greater than one megawatt) to submit a thermal energy network feasibility assessment to the Public Service Commission. This assessment must identify thermal loads within one mile of the facility and evaluate the technical and economic feasibility of interconnecting with nearby thermal energy networks. This requirement is set to apply to all data centers that begin construction on or after January 1, 2027, as well as major expansions of existing centers that receive permits after this date. The bill promotes the integration of energy-efficient practices within the data center industry.
Contention
While supporters advocate for the bill as a progressive step towards energy efficiency and sustainability, critics may raise concerns about the potential costs and regulatory burdens that could arise from compliance with these requirements. There may be industry pushback regarding additional costs associated with integrating thermal energy networks, particularly in the initial design and construction phases. Some may argue that the feasibility assessments could delay project timelines and inflate expenses, thereby impacting the competitive positioning of data centers in New York relative to other states with less stringent regulations.
Facilitates the study of thermal energy technology to determine if these goals can be met by the implementation of thermal energy networks in Rhode Island.
Facilitates the study of thermal energy technology to determine if these goals can be met by the implementation of thermal energy networks in Rhode Island.