Capacity Factor in a sentence
(1) The capacity factor of the coal mine was 70%.
(2) The tidal barrage had a capacity factor of 55%.
(3) The capacity factor of the tidal turbine was 75%.
(4) The capacity factor of the biomass boiler was 55%.
(5) The capacity factor of the nuclear reactor was 95%.
(6) The capacity factor of the wave power buoy was 65%.
(7) The capacity factor of the hydropower plant was 85%.
(8) The capacity factor of the offshore oil rig was 80%.
(9) The solar concentrator had a capacity factor of 25%.
(10) The solar water heater had a capacity factor of 40%.
Capacity Factor sentence
(11) The capacity factor of the tidal power plant was 75%.
(12) The capacity factor of the solar water heater was 40%.
(13) The capacity factor of the wave energy device was 35%.
(14) The hydrokinetic turbine had a capacity factor of 40%.
(15) The geothermal heat pump had a capacity factor of 90%.
(16) The capacity factor of the biomass power plant was 50%.
(17) The capacity factor of the photovoltaic system was 30%.
(18) The capacity factor of the rooftop solar array was 25%.
(19) The capacity factor of the biomass power plant was 45%.
(20) The capacity factor of the natural gas pipeline was 75%.
Capacity Factor make sentence
(21) The capacity factor of the geothermal heat pump was 90%.
(22) The capacity factor of the wave energy converter was 35%.
(23) The capacity factor of the hydroelectric turbine was 80%.
(24) The capacity factor of the wave energy converter was 30%.
(25) The capacity factor of the coal-fired power plant was 70%.
(26) The capacity factor of the nuclear fusion reactor was 95%.
(27) The capacity factor of the natural gas power plant was 60%.
(28) The capacity factor of the coal gasification plant was 75%.
(29) The hydroelectric dam boasted a high capacity factor of 80%.
(30) The biomass gasification plant had a capacity factor of 50%.
Sentence of capacity factor
(31) The solar-powered streetlights had a capacity factor of 20%.
(32) The solar panels on the rooftop had a capacity factor of 20%.
(33) The wind turbines in the desert had a capacity factor of 55%.
(34) The capacity factor of the combined cycle power plant was 65%.
(35) The capacity factor of the combined cycle power plant was 85%.
(36) The capacity factor of the rooftop solar installation was 15%.
(37) The capacity factor of a wind turbine determines its efficiency.
(38) The capacity factor of the concentrated solar collector was 60%.
(39) The capacity factor of the concentrated solar power plant was 55%.
(40) The capacity factor of the combined heat and power system was 65%.
Capacity Factor meaningful sentence
(41) The solar farm had a capacity factor of 35% due to cloudy weather.
(42) The capacity factor of the wind turbine in the urban area was 30%.
(43) The efficiency of a nuclear reactor is measured by its capacity factor.
(44) The capacity factor of the wind turbine was 50% due to low wind speeds.
(45) A power plant with a low capacity factor may not be economically viable.
(46) The capacity factor of the wind farm was 40%, indicating its efficiency.
(47) The offshore wind farm had a capacity factor of 50% due to strong winds.
(48) The capacity factor of the ocean thermal energy conversion system was 60%.
(49) A power plant with a capacity factor below 50% may be considered inefficient.
(50) The capacity factor of the natural gas combined heat and power plant was 70%.
Capacity Factor sentence examples
(51) The capacity factor of the rooftop solar panels was 20% due to shading issues.
(52) The capacity factor of a hydroelectric dam is influenced by the water flow rate.
(53) A power plant with a capacity factor of 90% is considered to be highly reliable.
(54) The solar power plant had a capacity factor of 25% due to intermittent sunlight.
(55) The nuclear power plant had a capacity factor of 90%, making it highly reliable.
(56) A renewable energy source with a high capacity factor is considered more reliable.
(57) A power plant with a high capacity factor can generate more electricity over time.
(58) The capacity factor of a solar panel depends on the amount of sunlight it receives.
(59) A power plant with a capacity factor of 100% is operating at its maximum potential.
(60) The geothermal power plant had a capacity factor of 95%, making it highly efficient.
Sentence with capacity factor
(61) The offshore wind farm had a capacity factor of 45% due to consistent wind patterns.
(62) The capacity factor of a wind farm can be influenced by the wind speed and direction.
(63) A high capacity factor indicates that a power plant is operating at maximum efficiency.
(64) The capacity factor of a tidal power plant is influenced by the ebb and flow of the tides.
(65) A power plant with a capacity factor of 70% may be considered to have room for improvement.
(66) The capacity factor of a coal-fired power plant can be affected by maintenance and downtime.
(67) The capacity factor of a nuclear power plant is typically high due to its constant operation.
(68) A low capacity factor suggests that a power plant is not being utilized to its full potential.
(69) The capacity factor of a power plant is an indicator of its ability to meet electricity demand.
(70) The capacity factor of a natural gas power plant can vary depending on the demand for electricity.
Use capacity factor in a sentence
(71) The capacity factor of a power plant is an important metric for assessing its environmental impact.
(72) The capacity factor of a concentrated solar power plant is affected by the availability of sunlight.
(73) The capacity factor of a power plant can vary throughout the year due to seasonal changes in demand.
(74) The capacity factor of a wave energy converter depends on the strength and consistency of ocean waves.
(75) The capacity factor of a photovoltaic system is influenced by factors such as shading and temperature.
(76) The capacity factor of a biomass power plant depends on the availability of organic materials for fuel.
(77) A power plant with a capacity factor of 80% is considered to be operating at a good level of efficiency.
(78) The capacity factor of a geothermal power plant is affected by the availability of heat from the Earth's core.
(79) The capacity factor of a power plant is calculated by dividing the actual output by the maximum possible output.
(80) The capacity factor of a renewable energy project is an important factor in determining its financial viability.
(81) The capacity factor of a power plant can be improved through technological advancements and operational optimizations.
(82) The capacity factor of a power plant can be influenced by factors such as equipment failures and maintenance schedules.
Capacity Factor meaning
Capacity factor is a term commonly used in the field of energy and power generation. It refers to the ratio of the actual output of a power plant or energy generation system to its maximum potential output over a specific period of time. In simple terms, it measures how efficiently a power plant or energy system is operating. When using the term "capacity factor" in a sentence, it is important to provide context and clarity to ensure that the meaning is conveyed accurately. Here are some tips on how to use this term effectively in different contexts:
1. Technical Explanation: The capacity factor of a wind farm can be calculated by dividing the total energy produced by the wind turbines over a year by the maximum possible energy output if the turbines were operating at their full capacity throughout the year.
For example, "The capacity factor of the wind farm was 40% last year, indicating that it operated at 40% of its maximum potential output."
2. Comparisons: When comparing the capacity factors of different power plants or energy sources, it is essential to specify the units and time period being considered. For instance, "The solar power plant had a higher capacity factor of 25% compared to the coal-fired power plant, which had a capacity factor of 60% over the same period."
3. Impact on Energy Production: The capacity factor plays a crucial role in determining the overall energy production and reliability of a power plant. To highlight this, you could say, "The low capacity factor of the hydroelectric dam during the dry season resulted in reduced energy production and increased reliance on other sources."
4. Efficiency and Optimization: When discussing ways to improve the capacity factor, it is important to focus on enhancing the efficiency and performance of the power plant or energy system.
For example, "Implementing advanced maintenance practices and optimizing operational procedures can significantly increase the capacity factor of a gas-fired power plant."
5. Renewable Energy Integration: In the context of renewable energy integration, the capacity factor is often used to assess the reliability and stability of the grid. You could mention, "To ensure a smooth transition to a renewable energy-based grid, it is crucial to consider the capacity factor of different renewable sources and their compatibility with the existing infrastructure."
6. Economic Considerations: The capacity factor also has economic implications, as it affects the profitability and cost-effectiveness of power generation projects. For instance, "Investors prefer renewable energy projects with higher capacity factors, as they provide a more consistent and predictable return on investment."
7. Environmental Impact: Highlighting the environmental benefits of high capacity factors can be important in discussions about sustainable energy.
For example, "The capacity factor of the offshore wind farm exceeded expectations, resulting in a significant reduction in greenhouse gas emissions compared to traditional fossil fuel-based power plants." Remember to adapt these tips to fit the specific context and purpose of your writing. Using the term "capacity factor" accurately and effectively will enhance your communication and demonstrate your understanding of energy and power generation concepts.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Capacity Factor. They do not represent the opinions of TranslateEN.com.