Platte River Power Authority is transforming how electricity is generated and delivered. Guided by the Resource Diversification Policy, Platte River is pursuing a 100% noncarbon energy mix while maintaining the high standards of reliability and financial sustainability demonstrated during its first five decades of operation. This transition is one of the most significant undertakings in Platte River’s history and reflects a shared commitment to a cleaner, more resilient energy future.
Platte River’s energy transition is driven by long-term planning needs, policy direction and community input.
Adopted unanimously in 2018, the RDP directs Platte River to pursue a 100% noncarbon energy mix while maintaining reliability and financial sustainability. The policy acknowledges that achieving this goal depends on technological advancements, regional market development, transmission expansion and maintaining system reliability.
While Platte River is not regulated by the Colorado Public Utilities Commission, our transition strategy aligns with the state’s broader goal of reducing carbon emissions 80% below 2005 levels by 2030 and supports the region’s long‑term environmental and economic health.
Platte River’s owner communities and board of directors have consistently expressed strong support for the energy transition. Platte River’s strategy reflects this shared vision and the expectations of the four owner communities.
Platte River’s transition is built on coordinated actions that reduce emissions, maintain reliability and support long‑term financial sustainability.
Distributed energy resources, including rooftop solar, distributed storage, energy efficiency, flexible loads and demand response, play an important role in Platte River’s transition.
Platte River’s approach includes:
As Platte River adds more wind, solar and battery storage, the system requires flexible, fast‑starting resources that can support reliability when renewable generation is low. To meet this need, Platte River is installing five simple‑cycle, natural gas‑fired aeroderivative turbines at Rawhide Energy Station.
These turbines use jet‑engine technology and are designed for flexibility and rapid response. They will:
Key actions include:
Platte River joined the Southwest Power Pool (SPP) Regional Transmission Organization on April 1, 2026. RTOs bring utilities together to manage the grid across large geographic areas, balancing supply and demand in real time and planning transmission to ensure reliable, cost‑effective power delivery.
Participation in the SPP RTO helps Platte River:
A noncarbon energy future requires a strong, flexible transmission system. Platte River is investing in transmission upgrades that will:
As the grid becomes more dependent on wind and solar resources, Platte River must plan for periods when renewable generation is low or unavailable. These conditions, often called “dark calm” events, occur when wind speeds drop and solar production is limited for extended periods, sometimes lasting multiple days.
Through its integrated resource plan, Platte River models:
This planning helps determine:
Platte River joined the Southwest Power Pool (SPP) Regional Transmission Organization on April 1, 2026. RTOs bring utilities together to manage the grid across large geographic areas, balancing supply and demand in real time and planning transmission to ensure reliable, cost‑effective power delivery.
Participation in the SPP RTO helps Platte River:
A noncarbon energy future requires a strong, flexible transmission system. Platte River is investing in transmission upgrades that will:
As the grid becomes more dependent on wind and solar resources, Platte River must plan for periods when renewable generation is low or unavailable. These conditions, often called “dark calm” events, occur when wind speeds drop and solar production is limited for extended periods, sometimes lasting multiple days.
Through its integrated resource plan, Platte River models:
This planning helps determine:
Preparing for these scenarios helps Platte River support reliability during the transition to noncarbon resources, even during the most challenging weather events.
Since 2018, Platte River has made substantial progress toward a
cleaner, more flexible and more reliable energy portfolio.
Platte River announced the planned retirement of Craig Unit 1 at the end of 2025 and will retire Craig Unit 2 in 2028 and Rawhide Unit 1 in 2029, marking a major shift away from coal and reducing carbon emissions.
This strategy outlines how customers-side resources, including rooftop solar, distributed storage, energy efficiency, flexible loads and demand response – will support Platte River’s long-term resource needs. The first virtual power plant (VPP) programs will launch in late 2026, enabling customers in Platte River’s owner communities to participate directly in the energy transition.
Platte River has expanded its renewable portfolio with several major projects since the RDP was passed:
On April 1, 2026, Platte River became a member of the Southwest Power Pool Regional Transmission Organization (SPP RTO). Market participation improves efficiency, enhances reliability and helps integrate more renewable energy by accessing a larger pool of regional resources. Learn more about our energy market participation.
Platte River’s transition includes several major steps between now and 2030:
Platte River’s energy transition is ongoing, collaborative and adaptive.
As technology evolves and customer expectations change, Platte River will continue to refine its approach to support a sustainable and reliable energy system.
Looking ahead, Platte River will:
Platte River’s long‑term vision is a clean, reliable and affordable energy system that supports the needs of our communities for decades to come.