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When I walk into the main office of a power plant, it’s always on the main TV screen, along with heat rate, load, and other critical numbers. I’m talking about condenser backpressure. Every power plant manager watches this number (Figure 1), and they should. A PEPSE (Performance Evaluation of Power System Efficiencies) analysis of a […]

Rising power costs and load increases have elevated energy monitoring and analysis on plant agendas, but consumption only becomes controllable once it is reliably measured per unit produced and modeled

Unprecedented scale and load volatility are pushing developers beyond traditional generation strategies toward integrated, digitally orchestrated power systems built for speed, stability, and resilience. As

From green hydrogen and coal wastewater, to data center cooling and steam cycle chemistry, reliable measurement helps power producers moderate water use, protect critical equipment, and comply with

Lower-emissions gas sourcing, efficient combined-cycle generation, and carbon capture-ready construction offer hyperscalers a way to meet data center power demands without compromising on emissions. As

Many simple-cycle gas turbines are running harder than they were ever intended to—yet steam retrofits have never penciled out for most of that fleet. Supercritical CO 2 bottoming cycles change the economics

According to the U.S. Department of Energy, the domestic power system is facing mounting pressure from growing electricity demand, a backlog of generation interconnection requests, and an aging transmission

Japan for nearly a decade has been one of the world’s most committed proponents of hydrogen. It was among the first countries to establish a national hydrogen strategy, and it continues to invest heavily in

Electricity grids historically have been relatively predictable systems. Power flowed in one direction, from centralized generation facilities through transmission and distribution networks to homes and

Triveni Turbine validated a complete 60-MW turbine-generator train—not just the turbine—inside its own factory, using a dynamometer to simulate real load conditions before the package ever reached its