Solar Performance Evaluation
Solar Performance Evaluation:
Η performance ratio evaluation takes into account real meteorological indicators such as solar radiation, temperature and other environmental factors (snow, dust, ice) that affect PV power plants. Reductions in production electric power due to failures or maintenance are also a factor in the assessment.
WHY ASSESSING THE PERFORMANCE RATIO IS SO IMPORTANT FOR SOLAR PHOTOVOLTAIC PLANTS?
Η performance ratio evaluation shows how accurate it produces your photovoltaic installation, as well as how energy efficient and reliable your facility is. Based on the evaluation, you can determine the true potential of the PV power plant and find hidden system failures to gain relevant information and maximize energy/economic benefits. THE performance ratio evaluation of solar PV allows you to compare the energy production of your power plant with other installations or monitor the operation of your power plant over a long period of time.
Solar Performance Evaluation
THE PERFORMANCE INDEX EVALUATION INCLUDES:
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EVALUATION OF EFFICIENCY RATIO
Compares analog output with readings from power plant potentiometers. The two values match perfectly. Based on the comparison results, we can determine if the PV module is working as expected or if the monitoring system is not implemented properly.
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SITE EVALUATION
Experts carry out site assessments, including measuring solar input, assessing the impact of the surrounding environment, identifying sources of contamination and assessing soil suitability.
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ESTIMATION OF ENERGY BENEFITS
A simple expert assessment using standard PV modules and system-related energy efficiency reduction factors. Our detailed expert reviews cover investment decisions and bankability. Provides current PV power plant energy efficiency reviews and root cause analysis of reduced energy efficiencies.
WHAT IS A SOLAR SPACE EVALUATION?
Investors need to understand the specific site requirements and conditions in order to optimize the solar plant's output. A solar site analysis includes evaluating site suitability, solar penetration, shading factors and other variables.
WHY IS THE RIGHT LOCATION SO IMPORTANT?
Large-scale investments in solar power plants require a proper assessment of site suitability to ensure the viability of the project. Site assessment evaluates geographic conditions and protects your investment by providing a benefit assessment independent of contractors or product suppliers. Performing solar irradiance measurements on site assessments can also improve the accuracy of benefit studies.
SOLAR SPACE ASSESSMENTS INCLUDE:
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MEASUREMENT OF SOLAR INJECTION
The measurements are based on highly reliable modeling techniques that use information on cloud cover, water vapor in the air, trace gases and aerosol content in the atmosphere. Solar penetration and shading effects will also be evaluated.
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ENVIRONMENTAL IMPACT ASSESSMENT
Experts are looking at the impact of the area around the solar power plant. This includes vegetation, site access to unloading, storage or construction sites, industrial facilities, grid-interconnected power transmission and distribution lines and general geological suitability.
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DETERMINATION OF POLLUTION SOURCE
Many factors affect the performance of cells in solar panels, including climate, fog, rain, snow, altitude, and industrial air pollution. Specific environments, surrounding industrial facilities, infrastructure and other conditions that may require more frequent cleaning of the unit are evaluated.
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SOIL SUITABILITY ASSESSMENT
We assess the risk of erosion and flooding during heavy rainfall and disasters and determine the hydrogeological conditions of solar plants. The assessment uses parameters such as morphology, soil conditions and land cover. Geotechnical soil studies are carried out to find suitable solutions for foundations of modular support structures.
