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Meeting global electricity demand depends on a diverse portfolio of power generation technologies, each with unique operating characteristics and engineering tradeoffs.

Learn how wind turbines convert the kinetic energy of moving air into electricity, including turbine types, operating principles, wind power equations, the Betz limit, and practical performance calculations.

Virtual power plants promise grid-scale flexibility, but simple asset aggregation isn’t enough. Engineers need dispatch-grade coordination that respects physics, markets, and operations.

Learn about the operating principles, converter configurations, reactive power behavior, and key technologies behind line commutated converter (LCC) HVDC systems.

Space-based solar power is emerging as a potential source of continuous, low-carbon electricity by transmitting energy from geostationary orbit to Earth using microwave power beaming.

A new ETAP–Schneider Electric integration links engineering-grade power system models with live utility data to support faster, safer decisions for grids and mission-critical facilities.

A mixed-fleet transmission strategy combining HVDC, FACTS, HTS cables, and hybrid AC/DC architectures could help utilities meet the rising power and stability demands of AI-driven data centers.

Chubu Electric selects Hitachi Energy’s EconiQ 550 kV SF6‑free GIS, combining compact GIS performance with near‑zero insulating‑gas emissions.

The per-unit system is a foundational tool in power system analysis, enabling engineers to simplify complex electrical networks by normalizing key parameters such as voltage, current, impedance, and power.