California-based agricultural energy company Yield Energy has launched an agriculture-focused distributed energy resource management system (DERMS) aimed at delivering grid-ready energy flexibility from farms. DERMS platforms coordinate and control distributed energy assets, such as pumps, cold storage, batteries, and on-site generation so they can respond automatically to utility signals for demand response, load shifting, and grid balancing.
Yield Energy said its system aggregates these farm-based assets into utility-compatible resources, allowing agricultural operations to participate in grid programs without disrupting production schedules or day-to-day farming practices.
The company reportedly manages more than 200 megawatts of agricultural load, including over 100 megawatts enrolled in PG&E’s agriculture-specific Hourly Flex Pricing (HFP) pilot. Yield Energy has said that the introduction of DERMS follows extensive validation work supported by nearly $3 million in funding from the California Energy Commission.
Agriculture has always had the potential to be one of the grid’s most powerful partners, it just needed the right tools. We’ve proven that on-farm operations can deliver reliable, grid-ready flexibility at scale. Yield connects that flexibility to the operational demands of today’s grid, creating new revenue for growers while delivering capacity that’s faster, cleaner, and far more affordable than new infrastructure.
Yield Energy’s Yield Edge DERMS coordinates on-farm energy assets such as irrigation pumps, cold storage units, EV and equipment chargers, solar systems, batteries, and on-site generation. These assets are aggregated into virtual power plants capable of responding to grid signals in real time.
The company said a state-supported validation demonstrated that agricultural operations can provide automated, utility-grade flexibility at scale, enabling utilities to use farm-based resources for demand response and load shifting, while allowing growers to participate without changes to core production practices or operational routines.
Turning Farms into Grid Assets
Yield Energy said its model introduces a new source of clean, flexible grid capacity by mobilising large, responsive agricultural loads. According to the company, these resources can shift within minutes, contribute to local grid reliability, and do so at lower cost than conventional network upgrades or standalone energy storage.
By incorporating agricultural operations into grid planning, Yield Energy said it seeks to improve utility system performance while strengthening grower economics through scalable, data-driven energy management.
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The platform integrates with a range of agricultural technology providers, including WiseConn, Farmblox, LUMO, Ranch Systems, Swan Systems, Netafim, and Verdi, enabling pumps, sensors, and automation equipment to participate automatically in demand response and other grid services with limited operational disruption.
From deployments across California, the company reported average demand response performance of 100% across enrolled devices, demonstrated load-shift potential of 67% during peak periods, and average annual grower revenue exceeding $20,000. More than 10,000 on-farm devices are currently active on the platform.
A WiseConn spokesperson said the partnership with Yield Energy expands the role of irrigation systems, enabling growers to access additional utility programs and generate new revenue streams while contributing to grid reliability.
Agricultural Operations in Energy Markets
Yield Energy said its approach creates a source of clean, flexible grid capacity by aggregating large, responsive agricultural loads. According to the company, these resources can shift within minutes, support local grid reliability, and do so at lower cost than traditional infrastructure upgrades or standalone energy storage.
By aligning agricultural operations with utility requirements, Yield Energy said it is enabling a scalable pathway for integrating on-farm resources into grid planning, while supporting grower economics through participation in grid services.
Yield Energy is positioning agriculture as an active layer of grid infrastructure rather than a passive energy consumer. Its agriculture-focused DERMS reflects a broader shift in power systems toward flexibility sourced from distributed, non-traditional assets. By aggregating irrigation, storage, and on-farm electrification loads, the model reframes farms as predictable, dispatchable resources that utilities can rely on alongside conventional capacity.
The approach is notable for aligning grid requirements with farm operations without forcing changes to production practices, addressing a long-standing barrier to agricultural participation in energy markets. If scalable, such systems could reduce reliance on costly infrastructure upgrades while opening a new revenue channel for growers.
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