Welcome to Solutions Cast: Industry Insights. I’m Alisha Pinto, senior energy industry analyst at CFC. Battery storage is showing up everywhere in the electric utility industry: from a member's garage to a cooperative substation to utility-scale projects connected to the power grid. Batteries are becoming an increasingly important tool for reliability, flexibility and cost management.
The timing is no accident. As demand grows and reliability challenges become more complex, utilities are turning to flexible resources that can respond quickly when the grid needs support. That’s where batteries are becoming an essential part of the solution.
But not all battery systems serve the same purpose.
Let's look at three ways cooperatives are putting battery storage to work.
First, behind-the-meter storage brings batteries directly to the member level, installed at a member's home, business, farm, or industrial facility.
For homeowners, batteries often pair with rooftop solar, provide backup power during outages, and could support EV charging.
For commercial and industrial consumers, batteries can help reduce peak demand charges, provide uninterrupted power, and integrate onsite renewable generation.
These systems typically range from small residential units to commercial installations of several megawatt-hours.
Second, co-ops are installing batteries behind-the-meter at distribution substations.
Think of these batteries as flexible grid assets. They can discharge during peak demand, support local reliability, improve voltage management, and help defer costly distribution upgrades.
For cooperatives facing rapid load growth, substation batteries can provide a targeted solution without immediately investing in new infrastructure.
Third, utility-scale storage operates at the grid level, often as standalone projects or alongside solar and wind facilities, integrating and firming these resources.
These batteries store energy when it's abundant and cheap, and discharge when it's needed most. In doing so, they help reduce peak demand, improve grid reliability, and participate in energy and ancillary service markets.
Many projects also provide capacity and help electric utilities defer investments in generation and transmission infrastructure.
The key takeaway is simple: battery storage is no longer a single-use technology.
A battery may keep a homeowner's lights on during an outage, help a cooperative manage a summer peak, or support reliability across an entire region. From the member meter to the bulk power system, batteries are becoming one of the most versatile tools available to electric cooperatives—delivering flexibility, reliability and value across the grid.
That’s all for today. Thank you for joining us for this edition of Solutions Cast: Industry Insights. Be on the lookout for more industry and technology content at nrucfc.coop/Solutions.
The timing is no accident. As demand grows and reliability challenges become more complex, utilities are turning to flexible resources that can respond quickly when the grid needs support. That’s where batteries are becoming an essential part of the solution.
But not all battery systems serve the same purpose.
Let's look at three ways cooperatives are putting battery storage to work.
First, behind-the-meter storage brings batteries directly to the member level, installed at a member's home, business, farm, or industrial facility.
For homeowners, batteries often pair with rooftop solar, provide backup power during outages, and could support EV charging.
For commercial and industrial consumers, batteries can help reduce peak demand charges, provide uninterrupted power, and integrate onsite renewable generation.
These systems typically range from small residential units to commercial installations of several megawatt-hours.
Second, co-ops are installing batteries behind-the-meter at distribution substations.
Think of these batteries as flexible grid assets. They can discharge during peak demand, support local reliability, improve voltage management, and help defer costly distribution upgrades.
For cooperatives facing rapid load growth, substation batteries can provide a targeted solution without immediately investing in new infrastructure.
Third, utility-scale storage operates at the grid level, often as standalone projects or alongside solar and wind facilities, integrating and firming these resources.
These batteries store energy when it's abundant and cheap, and discharge when it's needed most. In doing so, they help reduce peak demand, improve grid reliability, and participate in energy and ancillary service markets.
Many projects also provide capacity and help electric utilities defer investments in generation and transmission infrastructure.
The key takeaway is simple: battery storage is no longer a single-use technology.
A battery may keep a homeowner's lights on during an outage, help a cooperative manage a summer peak, or support reliability across an entire region. From the member meter to the bulk power system, batteries are becoming one of the most versatile tools available to electric cooperatives—delivering flexibility, reliability and value across the grid.
That’s all for today. Thank you for joining us for this edition of Solutions Cast: Industry Insights. Be on the lookout for more industry and technology content at nrucfc.coop/Solutions.
