Solar (PV) Panel Installation and Maintenance With The Help Of PVSYST And PVSOL

Transcription

1 Solar (PV) Panel Installation and Maintenance With The Help Of PVSYST And PVSOL Training Objective: This training program is designed for new Entrepreneurs, Prospective Entrepreneurs, working Professional and Students looking at easier to understand the business, finance, technology & regulatory landscape of solar energy. How to enter the business of Solar Energy? It will provide the excellent networking opportunities. DURATION OF THE PROGRAM: The duration of the solar technician program will be 6 days including technical, software and hardware skills. WHO SHOULD ATTEND:- 1. Industrialists 2. Students 3. Engineers 4. Job oriented person 5. Businessman PRACTICAL DEMONSTRATION KIT: - Including demo 1k watt solar power plant, Safety material, Tools and measurement equipment s, Spanner, earth kit material, other experimental kit. Training Features/Lab Facility: 1. Indoor PV Experimental Lab Experiment on PV cells, cells efficiency, light effects, weather and shadow effects, longitude and latitude, increase power generation. 2. Outdoor PV Power Plant PV Power Plant Installation facility for every students as like life project site, Mechanical work, Electrical work, System Test & Commissioning, Operation and Maintenance. Knowledge & Skill for Job Responsibility Knowledge: 1. Knowledge of off-grid, on-grid business model 2. Transmission systems with AC and DC cabling and Develop technical specifications 3. PV design and energy simulation solution with software 4. Accurate solar electricity generation calculations 5. Experience in design of various balances of systems components 6. Prepare array layout, SLD, Fabrication and Drawings 7. Develop standard operation procedures and quality or safety. 8. Power plant design and cost analysis 9. 3D modeling and shadow analysis.

2 Skills: After completing this programme, participants will be able to: 1. Carry out the site survey for installation of Solar PV system. 2. Assess the customer s Solar PV requirement. 3. Procure the Solar PV system components. 4. Identify and Use the Tools & tackles used for Solar PV system installation. 5. Install the Civil/Mechanical and Electrical components of a Solar PV system. 6. Test and Commission Solar PV system. 7. Maintain Solar PV system. 8. Maintain personal Health & Safety at project site. 9. Able to design 1MW power plant 10 Shadow Analysis Course Curriculum DAY 1-TECHNICAL ASPECTS Solar PV Introduction: Why solar energy? Current scenario, Government policies, Understand the basics of electricity and electrical concepts, Basic solar system and its components, Sun radiation, Sun Position, Sun Hours, Explain and understand DNI, GHI and Diffused Irradiance & Irradiation, Power definition, Power generation, Assess the movement of the sun and its effect on the performance of the plant, Module Tilt angle, Advantages and Disadvantages of solar energy. Technologies: Solar Insolation, Solar Radiation, Cell Parameters, Type Of Cells, Cell Production Process, Solar PV Modules, Types Of Module, I-V Characteristics, Power Characteristics, (Videos: Solar Cell manufacturing, PV modules manufacturing) Tools and Equipment s: Site Assessment Tools, Basic Tools Needed for Installation, Additional Tools to Consider (especially for multiple installations), Tools for Battery Systems. Identify and acquire the know-how of the different tools & tackles used for specific purpose in an installation of Solar PV system Safety Practical s: Safety Helmet, Belt, Shoos, Goggle, Hand Glows, Apron, Identify the requirements for safe work area, Administer first aid, Identify the personal protective equipment used for the specific purpose, Identify the hazards associated with photovoltaic installations, Identify work safety procedures and instructions for working at height, Understand Occupational health & Safety standards and regulations for installation of Solar PV system. Day 2-COMMERCIAL ASPECTS Practical (Hands on practical) Solar PV On-Grid: On-Grid Fundamental Concept, Required Components/Equipment s, Advantages, Disadvantage, Applications, Balance of system, Function of MPPT, Function of inverters, functions of grid synchronization, On- Grid System Design, String and Array sizing, Basic

3 rules for String formation, Interconnection of PV Modules, Wattage Calculation, Installation and Commissioning. Solar PV Installations: Installation on metal sheeting, concrete roof top and Ground mounted Ingress protection, calculation, design low power and high power system. Read and Interpret the manufacturing data specification sheets of different Types, sizes and specifications of, Modules, Solar Inverters, Charge Controllers, Cables, Conduits, Junction Boxes, Solar Batteries and allied accessories Solar PV Maintenance Repair: General cleaning, Inspection and monitoring, common troubles in PV system. Note- All the participants will be divided into groups. Each group will be provided with a working kit (including Solar panels, Inverter, wiring, suitable structure, tools and devices required). They will be asked to install a system by themselves under the guidance of our technical faculty. Solar PV Off-Grid Design: Off Grid Fundamental Concept, Required Components/Equipment s, Advantages, Disadvantage, Applications, Off Grid System Design, Interconnection Of PV Modules, Type Of Batteries, Battery Room, Wattage Calculation, Installation And Commissioning. Solar PV Installations: Installation on metal sheeting, concrete roof top and Ground mounted Ingress protection, calculation, design low power and high power system. Read and Interpret the manufacturing data specification sheets of different Types, sizes and specifications of, Modules, Solar Inverters, Charge Controllers, Cables, Conduits, Junction Boxes, Solar Batteries and allied accessories Solar PV Maintenance Repair: General cleaning, Inspection and monitoring, common troubles in PV system. Note: - All the participants will be divided into groups. Each group will be provided with a working kit (including Solar panels, Inverter, wiring, suitable structure, tools and devices required). They will be asked to install a system by themselves under the guidance of our technical faculty. Participants will be taken active role in to develop 1kwatt power plant on rooftop. DAY 3- BASICS OF PVSYST SOFTWARE. Introduction:-The different phase of PVsyst software. Losses parameter and simulation, Designing through software:-design of 50KW solar power plant and briefly discuss technical parameter. Practice session: Task 1 design 100kw power plant. task 2 design 500kw power plant. Task 3 design 1MW power plant. Question Answer session:

4 DAY 4- SHADOW AND PERFORMANCE EVALUATION Shading Analysis: why shading analysis. how to analysis shadow free area. Shading analysis with the help of PVsyst software:overview of pvsyst shading. 3D model on PVsyst and shadow analysis. Performance evaluation of PV system: how to analyze performance of solar PV system. Calculation of PR (performance ratio) and CUF (capacity utilization factor). Difference between PR and CUF. Practice session: Creating 3D model and analysis. DAY 5- BASIC OF PVSOL Introduction: different phase of PVSOL. Different losses parameters and simulation. Designing through software:-design of 50KW solar power plant and briefly discuss technical parameter. 3D analysis with PVSOL: designing A 1MW power plant Practice session: DAY 6- MINISTRIES, SCHMES AND POLICIES a) Government mission, target. b) Subsidies, tax benefits, etc Installation of Electrical components of a Solar PV System: site visit at nearest location. Conducted by L-TECH LABS Nagpur Plot No- 422, In Front Of Kdk Engineering College,Sadhbhavna Nagar, Near undewar Hospital, Nandanvan Maharashtra- India Wardha Old Maratha Hotel, Near Sai Complex, Arvi Naka, Wardha , Maharashtra-India

5 EXPERT FACULTY:- 1) Mr. Umesh Kubade B.Tech In Electronics And Telecommunication Engineering. 7- Year Experience In Telecom, Embedded Design And Solar Power Sector. Expert Faculty Member Of MCED (Maharashtra Centre For Entrepreneur Development) And MITCON ( Mitcon Consultancy & Engineering Services Limited). Certified Trainer In Solar Power Qualification Pack Of TOT (Training Of Trainers) And TOA (Training Of Assessors) -umesh.kubde@gmail.com Contact No ) Mr. Iman Husain B.E in Electronics Engineering 2-year experience in L-Tech As a Project Engineer And Solar Trainer - er.imranhusain@gmail.com Contact No