Grid and Transmission

Virtual Power Plants: How Aggregators Turn Distributed Resources into One Grid Asset

How do small batteries and flexible loads serve wholesale markets? This article explains aggregation, telemetry, revenue streams and operational limits.

Distributed Energy Resources: How Small-Scale Assets Reshape the Grid

How do distributed energy resources change grid planning? Reverse power flow, hosting capacity, and behind-the-meter flexibility create new local constraints.

Why Co-Locating Solar and Storage Changes the Economics of a Project

How shared grid connections, export headroom, and charging rules affect the economics of solar and storage co-location projects.

EV Charging Impact on the Grid: Separating kW Reality from the Headlines

Why can annual EV energy use still strain a street transformer? This article explains charging coincidence, feeder limits and managed charging’s limits.

Reliability Must-Run Contracts: Keeping Old Plants Alive for Grid Support

Why keep an uneconomic plant online? Reliability must-run contracts provide local voltage support while transmission upgrades or new resources are developed.

What Causes Grid Congestion: Physical Limits and Market Signals

What causes grid congestion? Thermal, voltage and stability limits can trigger redispatch, curtailment and price spreads between locations.

Industrial Demand Charges Explained: How Peak Kilowatts Determine Your Bill

Why can similar monthly energy use produce different bills? Industrial demand charges reflect the highest average power draw during a billing interval.

Pumped Storage Hydropower: Why New Plants Are Rarely Built in Deregulated Markets

Why do pumped storage plants struggle in deregulated markets? Civil construction costs, uncertain price spreads, and rate-base recovery shape the case.

How Grid-Scale Batteries Make Money: The Markets from Regulation to Black Start

How do batteries make money beyond arbitrage? This guide explains regulation, reserve, voltage support and black-start revenue, plus duration limits.

Long-Duration Storage Technologies: Comparing Flow Batteries, Iron-Air, and Hydrogen

How do flow batteries, iron-air and hydrogen differ? Compare efficiency, duration, land use, infrastructure and the market conditions shaping each option.