The Cold Is Part of the Circuit: Rethinking Batteries for the Moon
NASA’s lunar battery research highlights the difference between storing energy and making it available after an extreme cold soak.
Explore energy through original explanations, source-backed reporting, and practical analysis.
NASA’s lunar battery research highlights the difference between storing energy and making it available after an extreme cold soak.
A new US battery strategy highlights the manufacturing and supply-chain work that separates a laboratory cell from dependable industrial production.
Recent DOE project selections distinguish two important geothermal tasks: proving a technology and establishing what a particular underground resource can deliver.
EIA’s latest analysis of co-located storage points to the engineering choices behind solar-plus-battery plants and the limits of a shared site.
EIA’s small-scale solar generation update is a starting point for understanding distributed power, net demand and why generation statistics need careful boundaries.
Why average generation, peak demand and eclipse energy are separate questions when designing a small spacecraft’s electrical system.
Texas A&M’s salogel research highlights the practical difference between a large thermal capacity and a material that cycles dependably inside useful equipment.
UCLA and UCSB research on molecular solar thermal storage shows why stored heat, electrical energy and full-system energy density need separate comparisons.
The September 2026 US Wind Turbine Database release is a useful guide to reading infrastructure data, technical specifications and the limits of a point on a map.
How to distinguish battery capacity, charging behavior, warranty terms, and everyday usefulness when evaluating a used electric car.
Why battery chemistry matters, where the label stops being useful, and how to compare real vehicle configurations without oversimplifying the tradeoffs.
A practical explanation of heating capacity, defrost, backup operation, and the evidence a homeowner should request before choosing a heat pump.
Understand megawatts, megawatt-hours, operating reserves, and why a storage project must be evaluated against the service it is meant to provide.
Why dwell time, delivered energy, shared power, accessibility, and maintenance matter when planning workplace or residential charging.
How to evaluate sodium-ion announcements through energy density, operating conditions, manufacturing maturity, and the requirements of the intended application.