Sentence examples for power conversion technology from inspiring English sources

With gradual increase in reactor outlet temperature, the efficient power conversion technology has become one of developing trends of (very) high temperature gas-cooled reactors (HTGRs).

The implementation of dynamic power conversion technology in Radioisotope Power Systems (RPS) for spaceflight has potential for improved specific power and efficiency, compared with existing Radioisotope Thermoelectric Generators (RTGs).

Constraints for electricity generation of every power conversion technology: ∑ t ' = 1 t X i t ' + R C i * S T it ≥ X W it, ∀ i, t (6).

Transphorm, a company that has developed a power conversion technology to drive energy efficiency, emerging from stealth early last year, has today announced a Series E raise of $35 million led by a particularly strategic pair of investors.

For example, in April, electricity generated from coal-fired power conversion technology would be [157.60, 207.42] GWh under 0% pollutants emission reduction, [146.30, 159.60] GWh under 10% pollutants emission reduction and [108.85, 145.83] GWh under 20% pollutants emission reduction.

In addition, the increased clean energy (wind power) electricity conversion technology and power conversion technology with higher energy utilization efficiency (CHP) also share the excess electricity load caused by the decreased coal supplies to meet different pollutants emission-cutting policies.

Many especially challenging power applications can be satisfied by proper selection, design, and integration of the radioisotope heat source and the power conversion technologies that are now available or that can be developed.

Key technologies for advanced nuclear systems encompass high temperature structural materials, fast neutron resistant core materials, and specific reactor and power conversion technologies (intermediate heat exchanger, turbo-machinery, high temperature electrolytic or thermo-chemical water splitting processes, etc.).

CO2 is a non-flammable and thermally stable compound, and due to its favourable thermophysical properties in the supercritical state, it can achieve high cycle efficiencies and a substantial reduction in size and cost compared to alternative heat to power conversion technologies.

Within the energy system, multiple energy sources are considered and various power conversion technologies are applied to generate the electricity from the provided energy sources.

Based on Li et al. ([2010]), the existing capacities of the coal-fired, gas-fired, hydropower, wind power, solar power and nuclear power conversion technologies are set as 10, 2.2, 2.8, 0, 0, 0 (GW), respectively.