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energetica-india-57_asiapowerweek

SOLAR POWER MR. ASHISH VERMA SENIOR CONSULTANT, GENSOL ENGINEERING PRIVATE LIMITED “Performance analysis of operational solar project in the State of Jharkhand through probabilistic approach” In this article the writer looks at the cumulative performance analysis and benchmarking of 7 2MW each operational solar projects erected and commissioned by leading EPC contractor Premier Solar and located at village Mohanpur district Deoghar in the state of Jharkhand, India. India is blessed to have ample sunshine window through day –a year across the country and having power guzzling country with peak deficit of 3-4% (approx. 5-6 GW end consumer power and 12-13 GW Generation capacity), development issues with large coal and hydro based power projects. These circumstances make solar energy a better option to adopt to reduced peak deficit, decrease per capita carbon emission etc. In this process Government of India has scale up the Solar Energy target from 20 GW to 100 GW till Year 2022 through different business models and shall spread across the every states in Country. As India is scaling up the development of solar project in different states the performance i.e. CUF, PR of existing and operational solar project should be analyzed in the states where development of solar photovoltaic projects is not as much of compare to Gujarat, Rajasthan, Andhra Pradesh, Telangana, Punjab, Uttar Pradesh, and Karnataka. The actual energy generation data/ radiation data boost the confidence level of stakeholder i.e. financial intuitions, Lender’s, Developers, and Investors. In this article we look at the cumulative performance analysis and benchmarking of 7 2MW each operational solar project erected and commissioned by leading EPC contractor Premier Solar and located at village Mohanpur district Deoghar in the state of Jharkhand, India. These projects have been developed under JNNSM’s Rooftop PV and Small Solar Power Generation Programme (RPSSGP) and are in under operation since Year February 2013. The performance has been evaluated based on the month wise generation data of 18 months (September 2013 to February 2015) uploaded and compiled by Ministry of New and Renewable Energy (MNRE), project technical details i.e. capacity, project developer details, pv module technology ,make, inverter make and capacity etc. from UNFCC webpage as these 7 operational projects are registered under CDM. The project location receives annual average global horizontal radiation of 1816 kWh/m² (Meteonorm 7.1). The plant performance i.e. energy generation, Probabilistic exceedance (P50, P75, P90 etc.), capacity utilization factor has been comparatively analyzed based on the expected energy during the installation of the project and actual generation on ground. Project Location Latitude: 24.46 N Longitude: 86.764 E Annual Global Horizontal Radiation (kWh/m²) 1816.0 Project capacity Project Developer Type of Solar PV technology Plant capacity break up based on Solar PV technology 2 Enertech Engineering Pvt. Limited Poly C-Si/ Thin film 1 MW Poly C-Si 1 MW Thin film 2 PCS premier Energy Pvt. Ltd Thin film 2 MW Thin film 2 KVR Construction Thin film 2 MW 2 Premier Solar System Private Limited Poly C-Si/Thin film 1 MW Poly c-Si 1 MW Thin film 2 AKR Construction Poly c-Si 2 MW Poly c-Si 2 New Era Environ Ventures Pvt. Ltd Thin film 2 MW Poly C-Si 2 Saimeg Infrastructure Pvt. Ltd Poly c-Si 2 MW Poly C-Si Table 1. 40 energética INDIA · MAY | JUN16


energetica-india-57_asiapowerweek
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