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Finding Balance in Grid Upgrade Cost-Sharing: Exploring Innovative Approaches in Massachusetts and Rhode Island

Title: Finding Balance in Grid Upgrade Cost-Sharing: Who Will Bear the Costs?

Introduction:
As the renewable energy revolution continues to gain momentum, the integration of distributed energy resources (DERs) such as solar and battery storage into the grid presents a challenge: who will bear the costs of necessary grid upgrades? In an effort to streamline the interconnection process, several states in the Northeast are experimenting with new cost-sharing mechanisms. Massachusetts, for instance, has established a provisional framework for planning and funding upgrades, while Rhode Island has implemented a model that allows customers to share the costs if the upgrade benefits others. These innovative approaches aim to strike a balance between fair cost allocation and incentivizing the growth of DERs.

The Massachusetts Approach:
Massachusetts’ DPU 20-75 framework has paved the way for planning and funding upgrades to accommodate distributed energy resources. Under this model, the costs of system upgrades are partially funded by retail customers through utility rates, rather than solely borne by the distributed generation (DG) owners. Additionally, these upgrades unlock additional system capacity for future DG projects, which can now interconnect at a known and fixed cost per kilowatt-hour. While this fixed cost may be relatively high, developers appreciate the cost certainty it provides.

The Rhode Island Model:
Rhode Island has adopted a different approach to cost-sharing. If a customer prompts a system upgrade that benefits other customers, they may be subject to a cost share. This means that if a future customer benefits from the upgrade within a decade, they would be required to contribute to the cost on a pro-rated basis. This model has been deemed “fairly fair” by Kathy Castro, director of engineering and asset management at Rhode Island Energy. Developers also appreciate the opportunity to receive money back, and taxpayers benefit from not having to front costly upgrade expenses.

Challenges and Considerations:
While these cost-sharing mechanisms show promise, they are not without their challenges. The administrative burden of evaluating and allocating costs can be a logistical nightmare. It can be difficult to determine how a single customer may have benefited from a previous upgrade, let alone the exact pro-rated cost share. Streamlining these processes and ensuring transparency will be crucial for the success of these models.

Conclusion:
As the transition to a cleaner and more decentralized energy system continues, finding a fair and sustainable approach to cost-sharing grid upgrades is essential. The experiments being conducted in Massachusetts and Rhode Island provide valuable insights into potential solutions. By involving retail customers and future beneficiaries in the cost-sharing process, these models strike a balance between incentivizing DER growth and ensuring the costs are distributed equitably. As other states and regions grapple with similar challenges, they can learn from these pioneering efforts and adapt the models to suit their unique circumstances. Ultimately, collaborative approaches to cost-sharing will be key to unlocking the full potential of renewable energy and achieving a more resilient and sustainable grid.

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