Analytics for energy transition projects
IPPs. Developers. Corporates. Integrate Orennia into your capital allocation workflow to deliver higher returns and improve project execution. Reduce risk and make the right investment decisions in the energy transition, decarbonization and renewables sectors.
Start TodayOptimize your Capital Allocation.
Orennia provides accurate real-time data and analytics to help you minimize project risk and maximize your opportunities.
Orennia provides the most robust repository of energy transition data available and the most comprehensive information on energy transition projects in the US.
Move quickly:
- Comprehensive interconnection queue analytics to get your projects online faster
- Identify the best opportunities before your competition does
- Understand complex compliance and voluntary carbon market price models
Do more.
Our focus is on energy transition data and analytics that prioritizes profitability. The Orennia platform has the most extensive energy transition project data available.
Maximize ROI:
- Increase capital productivity in renewables, CCUS, storage and more
- Quickly access and understand project economics with unrivalled price forecasts
- Benchmark and compare expected returns to other US based projects
Deliver more.
The Orennia platform has the widest range of data available that can be customized to your unique business needs. With insights from centralized data and clear visual dashboards, you can spend your time on the highest value opportunities.
Quickly identify:
- High potential projects sooner
- Project performance compared to your competition
- Pricing models to optimize capital allocation
Projects done right, with data.
Maximize Returns
Orennia will help you maximize your project investments with sophisticated analytics and insights to get you ahead of the competition.
Projects in development in the US.
Wind generation additions required globally by 2030 under the IEA’s net zero by 2050 pathway.
The total capacity of energy storage projects in development in the US.
Solar generation additions required globally by 2030 under the IEA’s net zero by 2050 pathway.