Solar panel ppt
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This document summarizes the manufacturing process of solar panels. It involves several key steps: 1) Cell testing to check parameters of solar cells like efficiency. 2) Laser scribing to cut silicon wafers into cells. 3) Stringing machines that automatically connect cells into strings. 4) Film cutting and layup to assemble cells, EVA, backsheet and glass. 5) Lamination to bond layers and remove air using heat. 6) Testing and quality control of completed panels before final framing and packaging. The document provides details on the various machines used for each processing step.
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Solar power plant presentation.pdf
This presentation is based on Solar power plant makes on power point by a engineering student(me).
This presentation or ppt is makes for engineering college or a engineering students also for all students.
This ppt is for project working.
in this ppt is defined light energy is converted into heat energy that means the heat is coming from sun converted into light by invertor ,battery 🔋,etc.
.......Thanks for reading.....
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The document discusses various unconventional machining processes. It begins by introducing mechanical energy based processes like abrasive jet machining, water jet machining, and ultrasonic machining. It then describes the working of each process in 1-2 sentences. For example, it notes that abrasive jet machining involves removing material by directing a high-velocity stream of abrasive particles using compressed gas, and that ultrasonic machining uses high-frequency vibrations and an abrasive slurry to erode material. The document also provides brief summaries of key parameters that affect the material removal rate in each process.
Unit 2
The document discusses various thermal energy based machining processes including EDM, laser beam machining, and plasma arc machining. It provides details on the principles, types, process parameters and applications of each process. EDM works by producing sparks between an electrode and workpiece using a dielectric fluid, vaporizing small amounts of material. Laser beam machining uses a focused laser beam to melt and vaporize material. Plasma arc machining involves heating a gas to an ionized plasma state and directing the plasma through a torch onto the workpiece.
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The document discusses various thermal energy based machining processes including EDM, laser beam machining, and plasma arc machining. It provides details on the principles, types, process parameters and applications of each process. EDM works by producing sparks between an electrode and workpiece using a dielectric fluid, vaporizing small amounts of material. Laser beam machining uses a focused laser beam to melt and vaporize material. Plasma arc machining involves heating a gas to an ionized plasma state and directing the plasma through a torch onto the workpiece.
THERMAL AND ELECTRICAL BASED PROCESSES
The document discusses various thermal energy based machining processes including EDM, EBM, LBM, and PAM. It provides details on the principles, specifications, and process parameters for EDM such as the use of a wire electrode, dielectric fluids, and circuit types. It also describes the principles of EBM using an electron beam, LBM using lasers, and PAM using ionized plasma gas. Key advantages and applications are highlighted for each process.
UNIT 2.pptx
The document discusses various thermal energy based machining processes including EDM, laser beam machining, and plasma arc machining. It provides details on the principles, types, and process parameters for each. EDM works by producing sparks between an electrode and workpiece using a dielectric fluid, vaporizing small amounts of material. Laser beam machining uses a focused laser beam to melt and vaporize workpiece material. Plasma arc machining involves using a high-temperature ionized gas to cut and melt materials.
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This document provides information on unconventional machining processes including mechanical energy based processes. It discusses abrasive jet machining where compressed air carries abrasive particles to impact and machine hard materials. Water jet machining uses high pressure water to cut. Abrasive water jet machining adds abrasives to the water jet. Ultrasonic machining uses high frequency vibrations and an abrasive slurry to machine hard brittle materials. Key parameters that affect the material removal rate in these processes are discussed such as abrasive grain size, gas/water pressure, and velocity. Advantages include ability to machine hard materials without heat, while disadvantages include low material removal rates and accuracy issues.
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This document discusses various thermal and electrical energy-based machining processes. It provides details on electric discharge machining (EDM) and wire cut EDM, including their working principles, process parameters, applications and advantages/disadvantages. It also describes laser beam machining and plasma arc machining, their working principles, types of lasers/plasmas used, and applications in metal cutting, drilling and surface treatment.
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UNIT I.pptx
The document discusses various unconventional machining processes including abrasive jet machining (AJM), water jet machining (WJM), abrasive water jet machining (AWJM), and ultrasonic machining (USM). It provides an overview of the working principles, equipment used, process parameters, material removal rate, and applications of each process. Specifically, it explains that AJM uses a high-speed stream of abrasive particles to remove material, WJM uses a high-velocity water jet, AWJM adds abrasive particles to the water jet, and USM removes material using abrasive particles oscillated at ultrasonic frequencies. The document also discusses factors for selecting among these unconventional machining processes.
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The document describes the production process of steel pipes at Global Steel Industries FZCO. It currently uses the RLA system which involves multiple machines working in sequence. The summary suggests switching to the Tiger Cage system which combines tasks into one machine, reducing capital and operating costs significantly while using less space. While production capacity is lower, the Tiger Cage is more suitable for periods of lower demand due to its much lower power consumption.
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This document provides an overview of abrasive water jet machining (AWJM). It describes the process as using high-pressure water and abrasive particles to erode material for machining. The mechanism involves concentrating energy from the water jet to locally exceed the material's strength. Key process parameters include water pressure up to 4000 bar, abrasive materials like garnet, and standoff distances of 1-2 mm. The document lists applications like cutting various materials and advantages like flexibility and lack of heat/waste. Disadvantages include limited materials that can be cut economically and thickness restrictions to maintain accuracy.
Unconventional manufacturing processes
The document provides information on several non-conventional manufacturing processes:
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UNIT- 1 INTRODUCTION AND MECHANICAL ENERGY BASED PROCESSES.pptx
Unconventional machining Process – Need – classification – merits, demerits and applications. Abrasive Jet Machining – Water Jet Machining – Abrasive Water Jet Machining – Ultrasonic Machining. (AJM, WJM, AWJM and USM). Working Principles – equipment used – Process parameters – MRR - Applications. Laser drilling machining (LDM) - Working Principle - Applications.
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Solar panel ppt
- 2. MANUFACTURING PROCESS OF SOLAR PANEL
- 4. FUNCTION TO CHECK THE SOLAR CELL PARAMETERS SUCH AS – • MAXIMUM CELL POWER, Pm (WATT) • OPEN CIRCUIT VOLTAGE, Voc (VOLTS) • SHORT CIRCUIT CURRENT Isc (AMPERE) • MAXIMUM POWER CURRENT, Ipm (AMPERE) • MAXIMUM POWER VOLTAGE, Vpm • SERIESE RESISTANCE OF SOLAR CELLS, Rs (OHM) • PARALLEL RESISTANCE OF SOLAR CELLS, Rsh (OHM) • SOLAR CELL EFFICIENCY ( %) • FILL FACTOR (%) • LIGHT INTENSITY • TEMPRATURE.
- 5. FIBER LASER SCRIBING Laser Scribing Machine. • Forced Air Cooling. •NO water required. •Very High Speed. •No Spares like Diode, Lamp required. •Higher transfer efficiency, •lower running cost (2KVA) •Module and compact structure, smallest size. •Narrow cutting kerfs (30μm) and more smooth edge.
- 6. FUNCTION • Scribing or cutting the Solar Cells and Silicon Wafers in solar PV, including the (mono crystalline silicon) and poly- si (poly crystalline silicon)solar cells and silicon wafer. • According to our need we can cut the solar cells.
- 7. RIBBON CUTTING MACHINE This machine is used for cutting of ribbons as required for solar cells.
- 8. AUTOMATIC SOLAR CELL STRINGER MACHINE
- 10. FUNCTION • Automatic Tabbed Stringer for CUT CELL & FULL CELL (any size from 30mm to 156mm). • Suitable for 5”,6” square cell and rectangle cut cells. • Possibility to change from 2, 3, 4 Bus Bar cell • Adjustable cell holder (no need of kits). • Fully Automatic string unloading on tray. • Breakage rate::≤0.3, for cut cells rate::≤.5% • Special design IR Lamp.
- 11. FILM CUTTING TABLE This table is used for cutting EVA and back sheet for solar panel. The EVA and PV back sheet is designed to protect the inner components of the module, specifically the photovoltaic cells and electrical components from external stresses as well as act as an electric insulator.
- 12. GLASS WASHER MACHINE •This machine is used for washing glass of solar panel. •It cleans the glass and after cleaning make it dry.
- 13. LAYUP STATION This machine is used for assembling of cell string , EVA, back sheet /PET on glass and after that giving connection of panel. Also used for checking short circuit current and open circuit voltage.
- 16. FUNCTION • This machine is used for defect detection of panel. • It detect the faults like braking or cracking of solar cells.
- 18. FUNCTION In the manufacturing of photovoltaic modules, the laminator machine is of fundamental importance in curing the EVA, to join the layers that form the module and remove all air from between them. When the materials in the photovoltaic module have been placed on the glass, they undergo a heat treatment that converts the EVA into a type of gel that encapsulates all the layers to form a very strong and compact sandwich.
- 21. FUNCTION This machine is used for aluminum corner connector profile cutting into right angle pieces.
- 22. ALUMINIUM MULTI PROFILE CUTTING OFF SAW MACHINE
- 23. FUNCTION This machine is designed for cutting 45 degree V-shaped grooved of aluminum profile.
- 24. FOUR HEAD PNEUMATIC PUNCHING MACHINE
- 25. FUNCTION This machine is used for aluminum profile punching holes.
- 27. FUNCTION This machine is designed for cutting Aluminum profile at the angle of ± and
- 28. GLUE GUN AND SEALANT
- 29. FUNCTION • Sealant act as a moisture barrier and provide insulating coating. • Provide mechanical strength to solar panel. • Also used for sticking the junction box on panel.
- 30. FRAMING MACHINE
- 31. FUNCTION Aautomatic Solar Module Framing Machine is used to assemble solar module automatically.
- 33. FUNCTION This machine is used for testing the technical parameters and shows the relation between voltage, current and power of solar panel after assembling.
- 35. NEW ADDITION TO THE ARMOUR Used for string making for 3 watt to 20 watt panel
- 36. THANK YOU