"gross power generation" is correct and can be used in written English.
You can use this phrase to refer to the amount of electricity produced by a power generator before accounting for any energy losses. For example: "The power plant reported 58,000 megawatts of gross power generation this quarter."
Table 1 Calculated gross power generation and full load hours for wind and solar power Onshore power generation Offshore power generation Photovoltaic systems Gross power generation (TWh) 77.8 33.6 41 Full load hours (h/a) 2,000 3,350 770.
Gross power generation predictions show good potential.
It also can be concluded that the maximum solar contribution of two schemes for the gross power generation are 6.11% and 4.90%, respectively.
In a typical running with 4.3 kW stack power, the hydrogen production efficiency, gross power generation efficiency and heat recovery efficiency approach to 76%, 41%and50%0%, respectively.
In this case, the deviation was −8.9% for the gross power generation and −8.3% regarding full load hours per year.
For the gross power generation from photovoltaic systems, we gained values of 41 TWh and 770 full load hours per year.
In contrast to these values, the gross offshore power generation was calculated to be 33.6 TWh.
In [11] a gross onshore power generation of 82 TWh and 2,100 full load hours per year for 2020 were predicted.
The ASU consumes about 10% of the gross power output generated in IGCC, so an economical operation of the ASU is important for lowering the overall power generation cost.
The combustor is interfaced with a free-piston Stirling engine to achieve 42.5 We of power generation with a gross fuel electric efficiency of 22%.
The gross reactor configuration was designed to achieve good maintainability, high performance breeding blanket, high efficient power generation system and little radwastes.
