US Study Identifies Battery Energy Density Target For Persistent Solar Flight
Achieving 500 watt-hours per kilogram could enable pilotless solar aircraft to remain airborne in the stratosphere for months at a time.
SolarVision: solar and energy news
- Highlight 1: US Study Identifies Battery Energy Density Target For Persistent Solar Flight
- Highlight 2: U.S. Fuel Costs Rise Significantly Following Conflict With Iran
- Highlight 3: Chilean Solar Plant Remains Offline Two Months After Cyberattack
- Highlight 4: Fiat Unveils Electric Multiplina Concept Inspired By 1956 Microcar
- Highlight 5: Energy Consumption Remains Primary Challenge For Green Hydrogen Production
U.S. Fuel Costs Rise Significantly Following Conflict With Iran
A new analysis indicates that American per-person fuel expenditures have increased more than in any other nation since the start of the conflict.
Chilean Solar Plant Remains Offline Two Months After Cyberattack
The 103 MW Huatacondo solar facility and its associated battery storage system remain disconnected from the national grid following an August security breach.
Fiat Unveils Electric Multiplina Concept Inspired By 1956 Microcar
The four-seat electric concept revisits the compact design philosophy of the original Fiat 600 Multipla for modern urban mobility.
Energy Consumption Remains Primary Challenge For Green Hydrogen Production
Water usage in electrolysis is not a significant environmental concern compared to the substantial energy requirements of the process.
