Renewable Integration Research Facility

Last Updated (EST):

All Solar

Wind

Hydro

Battery

Reduction in CO2:
3864.92 lbs/hr
Wind Turbine Power:
10.9 kW
Total Solar Power:
2212.87 kW
Fixed Solar Power:
2209.4 kW
Dual-Axis Tracking Solar Power:
3.47 kW
Hydro Power:
0 kW
Dix1 Power:
0 MW
Dix2 Power:
0 MW
Dix3 Power:
0 MW
Battery Power:
0 kW
Battery Power Available:
1000 kW
Wind Speed:
4.34 m/s
Wind Generated Energy:
169 MWh
Wind Lifetime Capacity Factor:
9.88 %
Battery Container 1 Temp:
14°C
Battery Container 2 Temp:
18°C
Solar Irradiance:
223.6 W/m²
Battery State of Health:
0%
Battery DC Voltage:
0 V
Battery DC Current:
0 A
Battery Average Cell Voltage:
0 V
Battery Max Cell Voltage:
0 V
Battery Min Cell Voltage:
0 V
Exterior Temperature:
19.8°C
Maximum Module Temperature:
0°C
Minimum Module Temperature:
0°C
Total Solar 7-Day Capacity Factor:
--%
Fixed Solar 7-Day Capacity Factor:
--%
Dual-Axis Solar 7-Day Capacity Factor:
--%
Hydro 7-Day Capacity Factor:
--%
Wind 7-Day Capacity Factor:
--%
Electricity Demand:
Medium
Battery Status:
Offline

PPL R&D's Renewable Integration Research Facility combines actual 30 megawatts hydroelectric, 10.2 megawatts of solar (fixed, dual-axis tracking, and single-axis tracking), lithium-ion batteries, and wind generation data to show how the complementarity of multiple types of renewable energy, including solar, wind, and hydro, can be combined with energy storage to provide 100% renewable, more-reliable, and cost-effective renewable electricity to customers. Data are not simulated. Raw data are being collected from sensors at the site and automatically live-streamed to the public every few seconds without review or modification.

©2026 PPL Corporation. All rights reserved. Data provided for informational purposes only and is subject to delay, suspension, update or change, without notice. Not for formal or operational use. PPL corporation, PPL R&D, or PPL subsidiaries, are not liable for any errors or delays in content or for any actions taken in reliance on any data.