New Mexico 2022 Regular Session

New Mexico House Bill HM20

Caption

Study State-level Public Utility Model

Impact

If enacted, HM20 aims to lay the groundwork for transitioning New Mexico towards a more sustainable energy future. The envisioned public utility model could lead to lower energy costs by harnessing state resources more efficiently and investing in large-scale renewable energy projects. Such a framework is expected to create thousands of jobs, boost the local economy, and provide sustainable energy sources to residents. Ultimately, this bill seeks to position New Mexico as a leader in the renewable energy sector, enhancing its revenue through energy exports and local job creation.

Summary

House Memorial 20 (HM20) proposes a study to be conducted by the New Mexico Legislative Council in conjunction with the Public Regulation Commission. The objective of this study is to evaluate the public, ratepayer, environmental, and economic benefits and costs associated with a state-level public utility model for New Mexico. This initiative acknowledges the increasing potential for renewable energy, especially given New Mexico's substantial solar and wind capacities. The bill emphasizes the urgency for developing renewable energy infrastructure and explores the possibility of exporting this energy to other states, like California and Arizona, which are looking for clean energy solutions by 2045.

Contention

Despite its optimistic outlook, HM20 will likely spur debate among stakeholders regarding the feasibility and advisability of transitioning to a public utility model. Supporters may argue that this model can ensure greater community control and investment in local energy needs, while opponents could raise concerns over potential state overreach or mismanagement of new energy projects. The study's findings may also reveal the costs associated with implementing such a model, including technology upgrades and infrastructural changes, which could face scrutiny from fiscal conservatives or those with vested interests in existing energy structures.

Companion Bills

No companion bills found.

Similar Bills

No similar bills found.