Activists protest Idaho Power’s value of sun study
Solar advocates asked the Idaho Public Utilities Commission to reject or heavily review Idaho Power’s value of solar study. This study will guide future net-metering rate structures. Advocates say the utility used faulty methodology and outdated data in the study.
Minnesota PUC approves new cost-sharing program for residential solar interconnection upgrades
The Minnesota Public Utilities Commission approved a collaborative cost-sharing plan by Xcel Energy and nonprofit organization Fresh Energy. The plan aims to ease interconnection burdens for residential solar projects. It ultimately aims to enhance solar energy accessibility for homeowners across the state. Under the new plan, customers with projects up to 40 kW will pay a single fee of $200. This approach significantly streamlines what has historically been a complicated and costly process. Moreover, the fee will cover interconnection upgrade costs up to $15,000 per project. This removes financial barriers that often deter potential solar users. Additionally, it facilitates faster installation times, contributing to a sustainable energy future in Minnesota. This initiative not only supports the growth of renewable energy but also aligns with state goals. These include reducing carbon emissions and promoting energy independence.
Solar technology spared in proposed International Building Code changes
After originally suggesting ground-mount solar projects should be moved from risk category I to IV. In addition, the International Code Council and Federal Emergency Management Agency took SEIA’s countermeasures into account. That’s in the proposed changes to the International Building Code. The ICC is reportedly approving the proposed move to risk category II instead.
Puerto Rico groups ask Congress to fund solar + storage for vulnerable communities
Over 40 Puerto Rican organizations, businesses, and churches are solar advocates. They have asked Congress to approve $5 billion in spending for distributed solar + storage for vulnerable communities on the island. Moreover, the group says rooftop + storage systems are necessary. This is because Puerto Rico’s energy grid remains poorly managed and unreliable. This unreliability is exacerbated in the face of increasing extreme weather events.
Conclusion
This is a great idea for solar and energy storage in Puerto Rico. This is especially relevant considering the region’s abundant sunlight and ongoing efforts to enhance energy resilience. By harnessing renewable solar energy, Puerto Rico can significantly reduce its dependence on imported fossil fuels. This will lower energy costs for residents. Additionally, implementing advanced energy storage solutions allows for better energy supply management. This ensures a more reliable and consistent power flow, even during high demand or natural disasters. This innovative approach not only promotes environmental sustainability but also empowers local communities. It creates job opportunities in the green energy sector. Ultimately, it contributes to a more robust and self-sufficient energy infrastructure on the island.
Original article by Kelsey Misbrener
