New York Driving Decarbonization, Reliability, Affordability Through Energy Innovation
Brandon Owens, Vice President of Innovation and Research at NYSERDA, examines how New York can continue advancing decarbonization while maintaining reliability, managing affordability, and supporting the households, businesses, and communities that depend on the energy system. The session presents the energy transition as entering a more operational phase in which technologies must demonstrate how effectively they can be integrated, deployed, financed, and scaled within real infrastructure and market conditions.
Owens explains that many clean energy technologies are no longer theoretical. Wind, solar, energy storage, advanced building systems, grid-modernization tools, flexible demand resources, and digital platforms are increasingly being deployed and incorporated into operating energy systems. Their progress shifts the central challenge from proving technical viability toward improving integration, performance, execution, and the ability to deliver dependable value for customers and the grid.
The session also presents innovation as a broader process that extends from research and demonstration to deployment and market adoption. New technologies remain important, but so do better approaches to planning, financing, procurement, installation, operation, and scale. The central message is that New York’s next phase will be determined not only by what the state builds, but by how effectively its technologies, infrastructure, institutions, and market participants work together to support affordability, reliability, emissions reduction, and practical public value.
Session Intelligence
This session examines New York’s energy transformation through the relationship among decarbonization, reliability, affordability, infrastructure modernization, energy efficiency, storage, flexible demand, technology commercialization, and market adoption. Its central insight is that the next phase of the transition depends less on establishing whether clean energy technologies are possible and more on ensuring that they perform effectively under real customer, market, building, community, and grid conditions.
An Operational Energy Transition
Clean energy progress is moving from technical possibility toward integration, performance, scale, and execution.
Connected System Objectives
Affordability, reliability, and decarbonization shape one interconnected energy challenge rather than separate agendas.
Innovation To Market
Research creates wider value when solutions advance through demonstration, deployment, integration, and broader adoption.
Outcomes And Public Value
Meaningful innovation improves system performance and creates tangible value for customers, utilities, investors, and communities.
Information
- Program
- New York Energy Innovation
- Released
- 2026
Languages
- Audio
- English
- Subtitles
- English
Accessibility
- Closed Captions
- Available in English
- Transcript
- Video transcript available in English