Sentence examples for heat captured from inspiring English sources

The storage system, called SolarPLUS, uses a heat exchanger to transfer some of the heat captured by the heliostats to the molten salt.

The amount of energy used to produce water depends on the desalination technology that the plant employs and the plant's overall operational efficiency (considering both the fraction of fossil fuel converted to useable energy and the fraction of waste heat captured to support desalination).

Solar heat captured in 2293 m2 of flat-plate collectors, mounted on the roofs of detached garages, is stored in soil underground and later when needed for space heating, is extracted and distributed through a district system to each home in the subdivision.

According to producer Tony Mark, the blood, sweat and heat captured on-camera in the production was mirrored behind the scenes.

Their design uses two liquid desiccant waterfalls inside the house to dehumidify household air and uses heat captured by the solar thermal system to process and reuse the desiccant in the waterfalls.

Alternatively, when high-school students learn about the production and heat capturing properties of greenhouse gasses such as carbon dioxide and methane, they have an opportunity to investigate the interaction of values and evidence in policies regarding the use of fossil fuels.

A bespoke heat collector captures heat from the combustion chamber of the cooking stove and transfers it to a single thermoelectric generator (TEG) module.

In an attempt to kickstart the small number of micro-generation projects such as solar heating, heat capture and small wind turbines, Mr Brown said £50m would be added to the government's Low Carbon Buildings programme to help fund further projects.

It will also produce an estimated six megawatts (gross) of renewable energy through gasification and heat capture that INEOS Bio will use to run the facility.

The goal is to capture a high fraction of dissipated thermal power by using a heat capture scheme with water as the heat transfer fluid.

"Smart" urban growth; a smart grid (with optimizing meters and switches); hybrid vehicles; heat capture from utilities or "cogeneration" (two-thirds of produced energy is lost as heat); "green buildings"; and walking, biking, and improving public transport can get us halfway there and save money.