Sentence examples for electricity conversion technologies from inspiring English sources
It indicates that environment-friendly electricity conversion technologies should better serve interests of the pollutants emission reduction and be chosen for power generation to meet the ever-increasing electricity demands and gradually enhancing pollutants emission reduction requirements.
Compared the contribution of various electricity generation technologies to the medium power demand, it presents that different electricity conversion technologies have various generation quantities under changed pollutants emission- cutting scenarios.
This is because coal-fired electricity conversion technology has comparatively low operating and penalty costs and relatively low capital cost for capacity expansion, and the related cost of natural gas-fired electricity conversion technology is a little higher than coal-fired power and the pollutants emission from natural gas-fired power generation process is smaller relatively.
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.
This is because the amount of pollutants emission would be confined in a certain level and coal-fired electricity conversion technology corresponds to a higher pollutants emission rate than natural gas-fired conversion technology.
Natural gas-fired electricity conversion technology would play a key role in the power generation activities, coal-fired power would be in a second place and wind power would be the supplement under 10%and20%0% pollutants emissions reduction.
A novel fuel-to-electricity conversion technology resembling a fuel cell has been developed based on the perovskite solar cell principle using a perovskite, e.g. La0.6Sr0.4Co0.2Fe0.8O3−δ and an ionic nanocomposite material as a core functional layer, sandwiched between n- and p-conducting layers.
The data summarised in Table 1 were entered into the PNS software, segmented into raw materials (fossil and renewable resources), intermediates (e.g. raw material before use for energy production), products (e.g. electricity) and operating units (conversion technologies and piping).
The developed model is employed to rank the efficacy with which several types of conceptual and prototype wave energy conversion technologies generate electricity from the wave energy resource available at UK and US sites.
Photovoltaic (PV) cells are able to absorb about 80% of the solar spectral irradiance, however, certain percentage accounts for electricity conversion depending on the cell technology employed.
The current conversion technologies of sunlight to electricity using photovoltaic technologies are still moderate and relatively costly.
