Deployment-as-a-Service: Renting a Power Plant for Events, Construction, and Disaster Response
Deployment-as-a-service bundles delivery, commissioning, operation, and retrieval of a solar-plus-storage node into one fee. Who rents a power plant, and why.
From One Energy Node to a Virtual Power Plant: How Containerized Solar-Plus-Storage Scales
One containerized solar-plus-storage node can grow into a site-wide mini-grid — and a federated fleet into a virtual power plant. Here is the path.
EV Charging for Commercial Sites: From Fleet Depots to 350kW Corridors
Commercial EV charging is an energy infrastructure decision. Fleet depots, load balancing, 350kW corridors, and why chargers belong with batteries.
Geothermal in Latin America: The Baseload Renewable Under Our Feet
Geothermal delivers 24/7 baseload power along Latin America’s Ring of Fire. The economics, the timelines, and why the 2035 roadmap gives it a 25% share.
Wave Energy for Island Nations: Where It Fits in a Renewable Mix
Wave energy offers islands and coastal nations predictable power. Where it fits in a renewable mix, and why the 2035 roadmap gives it a deliberate role.
Agrivoltaics: How Crops and Solar Panels Share the Same Acre
Solar panels and crops can share an acre: shade cuts evaporation 25–40%, eases heat stress, and puts fallow land to work. How agrivoltaics fits a farm.
What $117/kWh Batteries Mean: The 2025–26 Storage Price Curve and What It Does to Project Economics
Turnkey battery storage hit a record-low $117/kWh average in 2025. What the price curve means for paybacks, project economics, and when to build.
Behind-the-Meter vs. Front-of-the-Meter: Where Commercial Storage Connects and Why It Matters
Behind-the-meter or front-of-the-meter? Where a commercial battery connects determines its economics, regulation, and revenue. A plain-English guide.
Osmotic Power Explained: Baseload Electricity From Salinity Gradients
Osmotic power turns the meeting of fresh and salt water into 24/7 baseload electricity. How it works, why it stalled, and what changed in 2024–2025.
Atmospheric Water Generation: Pulling Drinking Water From Air
Atmospheric water generation pulls drinking water straight from humid air. How it works, where it fits, and why cheap solar power changes its economics.