As utilities bring AI into customer service and grid operations, every answer those applications give is only as good as the analysis behind it. Learn why specialized energy analysis belongs outside the agent, and how Recurve’s FLEX platform gives utility AI a foundation it can validate and defend.
CAISO Measures the True Impact of Demand Response with Recurve
Discover how Recurve gave CAISO one transparent method to measure demand response across California, so DR can count as a reliable grid resource.
Demand Forecasting: Stop Guessing and Dispatch Smarter
Most demand response forecasts never get checked against what the meter recorded. FLEX Forecasting builds event forecasts from measured results at the meter, so dispatchers can pick the right day and the right resources.
Redaptive and Recurve Launch New Solution to Help AI Data Centers Get Power Faster
Redaptive and Recurve announced a pioneering partnership to help unlock power inside data centers and across the local grid, reducing delays to AI growth. The new solution pairs Redaptive’s financing and deployment with Recurve’s FLEX platform to measure and validate the capacity gained.
HData and Recurve Partner to Help Utilities Navigate Load Growth and Affordability Challenges
HData and Recurve today announced a partnership focused on improving how utilities and regulators evaluate energy programs and grid investments. The companies bring together regulatory intelligence and verified customer energy data to make those decisions easier to support with evidence.
APS Optimizes Its Virtual Power Plant with FLEX
Case Study APS Optimizes Its Virtual Power Plant with FLEX Recurve's FLEX identifies high-performing customers and improves program results Company Overview Arizona Public Service (APS) is the state's largest and longest-serving electric utility, serving approximately...
NYSERDA Improves Program Performance with Real-Time Data
Case Study NYSERDA Improves Program Performance with Real-Time Data Recurve's FLEX compressed evaluation timelines from months to weeks, helping NYSERDA adjust incentives and improve program outcomes Company Overview The New York State Energy Research and Development...
Fixing Energy Efficiency: Connecting Program Results to Grid Impact
As distributed energy resources (DERs) rapidly grow, utilities face challenges in measuring their impacts on the grid. Current data inadequacy hinders effective planning, necessitating standardized, meter-based measurement approaches to assess combined effects of DERs and enhance decision-making.
Fixing DERs: Bringing Performance Into the Open
As distributed energy resources (DERs) rapidly grow, utilities face challenges in measuring their impacts on the grid. Current data inadequacy hinders effective planning, necessitating standardized, meter-based measurement approaches to assess combined effects of DERs and enhance decision-making.
Recurve’s FLEX Platform Wins 2026 AESP Energy Award for Innovation in Demand Flexibility
Recurve’s FLEX platform has won the 2026 AESP Energy Award for Innovation in Demand Flexibility, recognizing its effectiveness in transforming demand-side programs into reliable resources for utilities. By utilizing verified meter data, FLEX enhances program performance and helps utilities accurately assess impact, ultimately strengthening grid reliability and affordability.
Fixing Demand Response: When Performance Insight Arrives Too Late
Demand response (DR) is vital for managing peak demand as utility infrastructure ages. However, delayed performance insights hinder effective adjustments. Timely data can enhance DR’s reliability, allowing utilities to optimize resources and improve forecasting while minimizing unnecessary costs.
Demand Flexibility Isn’t New. But Making It Work Is.
Demand-side measures are faster and cheaper than new generation, offering utilities effective energy savings and flexibility. However, inconsistent performance measurement and undervaluation hinder their potential. A framework for real-time insights and portfolio-wide visibility can enhance demand flexibility’s impact.











