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1.
International Research Journal
of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 06 Issue: 03 | Mar 2019 www.irjet.net p-ISSN: 2395-0072 © 2019, IRJET | Impact Factor value: 7.211 | ISO 9001:2008 Certified Journal | Page 2753 Intelligent Microgrid Connected Rooftop Solar Power Plant 2kwp Kiran Varade1, Ajay Rahane2, Akshay Dalvi3, Jitendra Bidgar4 1Assistant Professor, Electrical Dept., S.V.I.T, Chincholi, Nashik, Maharashtra, India 2,3,4B.E Student, Electrical Dept., S.V.I.T, Chincholi, Nashik, Maharashtra, India ---------------------------------------------------------------------***---------------------------------------------------------------------- Abstract - Microgrid is a power pool in which a number of generating sources, storage devices and loads are interconnected with each other to exchange power. A load survey was carried out in the project site to determine the load profile of the residential building, and system. The objective of the project is to design an AC-DC hybrid microgrid to meet various load profiles, taking the project site as an example. Three operating modes of the microgrid are considered: grid dependent, grid independent and grid back up. Actual hardware are yet to built and testing with the emulated loads. The controllers for regulating power from various sources like solar PV, battery, andinterlinkinginverter are supposed to be select as per the requirementand designed the system according to load. Which results in improved transient response and tight regulation of the DC bus voltage. The microgrid has the capacity upto a power rating of 2 kW. Key Words: Solar PV 1, Battery 2, InterlinkingInverter 3. 1. INTRODUCTION While a majority of the world's current electricity supply is generated from fossil fuels such as coal, oil and natural gas, these traditional energy sources face a numberofchallenges including rising prices, security concerns over dependence on imports from a limited number of countries which have significant fossil fuel supplies, and growing environmental concerns over the climate change risks associated with power generation using fossil fuels. As a result of these and other challenges facing traditional energy sources, governments, businesses and consumers are increasingly supporting the development of alternative energy sources and new technologies for electricity generation. Renewable energy sources such as solar, biomass, geothermal, hydroelectric and wind power generation have emerged as potential alternatives which addresssomeoftheseconcerns. Before going to this entire plant operation has to be done in practically, so taken the existing 100kw ‘’Pravara Rural Education Society’s, Sir Visvesvaraya Institute Of Technology’’. Solar PV plant as a reference. The plant was installed on July-2015 and this is situated in Nashik district, Maharashtra. PV arrays consist of parallel and series combination of PV cells that are used to generate electrical power depending upon the atmospheric conditions (e.g. solar irradiation and temperature). 1.1 System Design and Objectives The general objective in designing a Solar Power Plant to adequately match the capabilities to the load requirements of the consumer, at a minimum cost of the system to the consumer. In order to accomplishthis,thedesignerwill need to know the following types of questions about the system. (1) Power Requirements, (2)Solar Data Availability,(3)Type and Size of Solar Power Plant Required, (4) Cost of Energy Produced, (5) Solar Power Viability, (6) System Characteristics, (7) System Requirement, (8) Evaluation Criteria, (9) Design Optimization, (10) Economic Viability and (11) Prospects of Cost Reduction. 1.2 Components Used in Solar Power Plants Major components 1. Solar PV Model 2. Power Conditioning Unit/grid tie inverter 3. Utility Grid/Grid System Minor components 1. DC array junction box 2. AC bus bar(LT and HT Switch gear) 3. Control room 4. Cables 5. Mounting structures 6. Earthing and lightening Fig-1: Schematic diagram of solar PV grid Connected plant 1.2 Factors should be Consider While Designing the System 1. The efficient sunshine hours in the location. 2. The proportion of the rainy/cloudy days in the location. 3. How many rainy-cloudy days for the system to work normally.
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International Research Journal
of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 06 Issue: 03 | Mar 2019 www.irjet.net p-ISSN: 2395-0072 © 2019, IRJET | Impact Factor value: 7.211 | ISO 9001:2008 Certified Journal | Page 2754 4. The database of the local weather report,suchassunshine hours, wind power, cloudy-rainy days, and natural disaster and so on. 5. The installation location should be wide, and make sure that there is no high building or other things to cover the solar panels & the sunshine. 6. Should take full investigation while designing the system, a. Survey the local climatic conditions, b. The current needs and future potential demands clearly, c. Focus on performance and consider energy composition, d. Structure, cost, transportation, construction conditions, e. System protection should be complete andeasytooperate and the Maintenance, other conditions and the maintenance should be a little as possible. 1.2 DC Side PV Plant Design a. Modules in Series 1. Total MPP voltage at Max Module temperature > Inverter Min MPP Voltage 2. Total Open circuit voltage at Min Module temp < Inverter Max Voltage b. Modules in Parallel 1. Max current shall not be more than Inverter Max Input current 2. No of Array combiner boxes – with or without string monitoring based on number of inputs selected for each box c. No. of Main Junction Boxes – based on the Number of Inverter inputs 1.3 AC Side PV Plant Design 1. AC side cable 2. LT Switchgear and MV switchgear 3. Power Transformer (LV to MV) 4. HT Switchyard, Protection and Metering 5. Transmission lines 2. SITE AND TECHNICAL DETAILS 2.1 Site Location The proposed site is located at Trimurti Chowk, Nashik city in Maharashtra at Latitude 19.98 and Longitude 73.755 N 19059’3.55844’’E 73045’19.86216’’ 500 ft2 of rooftop is identified and is taken to possession The detailed estimate and the power evacuation scheme along with proposed solar powerplantbuildingareenclosed hereby. 2.1 Solar PV Technology Solar PV Technology converts sun’s natural energy to useful electrical energy. Photo Voltaic modules are made of mono crystalline / polycrystalline solar cells connected in series and parallel modes. Type of solar panel usedinthisprojectis mono crystalline. Mono crystalline solar panels are the most efficient type of solar panels but are also the most expensive. Their performance, somewhat is better in low light conditions. Overall efficiency on average is about 12-15%.warranted of this type of panels about 20-25 years. Fig-3: Mono Crystalline PV Panels Table -1: Solar Panel Specification Watt 220 Watt Voltage 360 Volts Current 7.6 A Type Monocrystalline No’s of module 10 no’s No’s of modules per kW 5 no’s Tilt angle(slope) of PV Module 15 degree Efficiency 14.3% Temperature Min 15 o and Max 40 deg c Dimensions of single module(mm) 1655(L) × 995(w) × 50(T) mm Area of single panel = 1646725 (mm) Area of single panel = 1.64 meter² Wind speed rating 150 Km/h 2.2 Inverter GEC [Grid Export Condition] inverters are used here for suppressing the harmonics produced after DC to AC conversion.
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International Research Journal
of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 06 Issue: 03 | Mar 2019 www.irjet.net p-ISSN: 2395-0072 © 2019, IRJET | Impact Factor value: 7.211 | ISO 9001:2008 Certified Journal | Page 2755 2.6 Combiner Box/ Junction Box Wires from the individual PV modules or strings are run to the combiner box, typically located on the roof. These wires may be single conductor pigtails with connecters that are pre-wired onto the PV modules. The output of the combiner box is one larger two wire conductor in conduit. A combiner box typically includes a safety fuse or breakerforeachstring and may include a surge protector. 3. Metrological values 4. RESULTS AND DESCUSSION Chart-1: Solar Paths at Nashik (Lat. 19.980N, Long. 73.755) All the parameters underlying this simulation: Geographic situation and Mateo data used, plane orientation, general information about shadings (horizon and near shadings), components used and array configuration, loss parameters, etc. Shows the variation in energy generation of solar modules with insolation and the effect of effect of module temperature on their efficiency. Energy generation shows direct dependent on the incident solar irradiation and reaches the maximum during peak insolation hours, the efficiency of the modules the main reason is to increase in the module temperature. This negatively impacts the efficiency more during that hours. Efficiency of the module decreases from 13.3% at 30OC to 11.5% at 55oC. It also clear that the temperature of modules increases with the increase in the solar irradiation and reaches the maximum during peak irradiation hours. In other side reduced conversion efficiency. 4. CONCLUSIONS Using PV SYST V6.10 simulation software, the energy yield analysis for 2kW PV Solar power generation was performed for site .Which is located at latitude of 19.980 N and longitude 73.755E, performance ratio about 84.4%.The available energy at the inverter output which can be fed to the nearby grid with a specific power production. The impact of temperature variation on the performance of photovoltaic mono crystalline silicon was studied both on daily and yearly basis. It is observed that the efficiency of modules is more sensitive to temperature than the solar irradiation. The normal daily wise is thatthe efficiencyofthe plant is high during morning time but low during middle of the day and starts increasing from late afternoon. The efficiency of modules varies from 14.5% to 11.5% with variation in the averaged module temperature from 250C to 500C.Hence cooling of solar modules may be desirable to increase the efficiency. REFERENCES [1]Nptel(Design Of Photovoltaic System). [2] TATA SOLAR POWER SYSTEMS User mannuals [3] TrishanEsram and Patrick L.Chapman, “Comparison of Photovoltaic Array Maximum Power Point Tracking Techniques,”IEEE Transactions on Energy Conversion, Vol. 22, No. 2, June 2007.
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International Research Journal
of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 06 Issue: 03 | Mar 2019 www.irjet.net p-ISSN: 2395-0072 © 2019, IRJET | Impact Factor value: 7.211 | ISO 9001:2008 Certified Journal | Page 2756 [4] Hung-I Hsieh, Jen-Hao Hsieh, et al., “A Study of High- Frequency Photovoltaic Pulse Charger forLead-AcidBattery Guided by PI-INC MPPT”. [5] K.H. Hussein, I. Muta, T. Hoshino and M. Osakada, “Maximum photovoltaic power tracking:an algorithm for rapidly changing atmospheric conditions,”IEEEploc.-Gener. Transmission and Distribution, Vol. 142, No. 1 , Jan. 1955. [6] C.Thulasiyammal and S Sutha, “An Efficient Method of MPPT Tracking System of aSolar Powered Uninterruptible Power Supply Application,” 1st International Conference on Electrical Energy Systems, 2011. [7] NoppadolKhaehintung and PhaophakSirisuk, “Application of Maximum Power Point Tracker with Self- organizing Fuzzy Logic Controller for Solarpowered Traffic Lights,” IEEE, 2007. BIOGRAPHIES: Kiran Varade1 Assistant Professor, Electrical Dept., S.V.I.T, Chincholi, Nashik, Maharashtra, India Ajay Rahane2 B.E Student, Electrical Dept., S.V.I.T, Chincholi, Nashik, Maharashtra, India Akshay Dalvi3 B.E Student, Electrical Dept., S.V.I.T, Chincholi, Nashik, Maharashtra, India Jitendra Bidgar4 B.E Student, Electrical Dept., S.V.I.T, Chincholi, Nashik, Maharashtra, India
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