The document discusses Bosch's involvement in solar energy projects in India. It provides details on 10 ground-mounted and rooftop solar projects completed by Bosch in various Indian states with capacities ranging from 40kW to 5MW. It also outlines Bosch's solar project portfolio worldwide exceeding 100MW and capabilities in developing turnkey solar solutions including engineering, procurement, construction, and operations and maintenance. Additionally, the document presents different solar project models implemented by Bosch such as solar carports, industrial roof mounting, and ground installations.
The document discusses the viability of using standalone solar photovoltaic (PV) systems to power base transceiver stations (BTS) in rural areas of India where grid connectivity is limited. It notes that over 70% of telecom towers currently rely on diesel generators due to grid outages. Standalone PV systems could provide a more sustainable and cost-effective alternative. The document outlines the components and optimal sizing methodology for standalone PV systems powering BTS stations. It also discusses factors like solar radiation levels and government policies in India that encourage the use of solar energy.
Design & febrication of solar automated grass cutterRaj Kumar Bisoyi
The document summarizes a student project to design and fabricate an automated solar-powered lawn mower. It includes an introduction describing the motivation to reduce noise and air pollution from gas-powered mowers. It then outlines the objectives, components, programming, and fabrication process. The components include a solar panel, battery, motors, blades, and an Arduino board. It is programmed using Arduino code and assembled on a chassis. The project aims to provide an environmentally friendly alternative to gas-powered lawn mowers.
Real Time Monitoring and Simulation Analysis of 30WP off Grid Solar Rooftop P...IRJET Journal
1) The document describes the real-time monitoring and simulation analysis of a 30WP off-grid solar rooftop photovoltaic power plant in Hyderabad, India.
2) Key components of the system include 30WP polycrystalline solar panels, a 100VA inverter, battery storage, and support structures.
3) Real-time performance data was collected, showing voltage and current output values at different times. Simulation results predicted an annual energy output of 43kWh and performance ratio of 0.595 for the 30WP system.
Today, invention is very important and conventional machine was replaced by the automatic robot. The user can be controlled by using the remote or automatic mode. There are two ways which are automatic system and remote system to control the grass cutter robot. The grasscutter can be controlled by the remote technology or automatic technology according to the customer's desire. The power supply for the whole system is battery which can be charged by using the solar panel. By using 20W solar panel, the power consumption and the labor hire can be reduced. And then, the system uses 12V battery to power the vehicle movement and cutting operation. Compass sensor is used to differentiate the direction for a grass cutter. The ultrasonic sensor is used as the eye of the smart solar grass cutter it can avoid the object in the path during the operation. This smart solar grass cutter is suitable for the unskilled person for cutting the grass. LCD display is used to show the instructions of the user and it can be understood by the customer. Zin Mi Mi Ko | Zaw Myo Tun "Construction of Automatic Solar Lawn Mower" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-5 , August 2019, URL: https://www.ijtsrd.com/papers/ijtsrd26522.pdfPaper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/26522/construction-of-automatic-solar-lawn-mower/zin-mi-mi-ko
RENEWABLE ENERGY SYSTEM LAB in partnership between KSSEM & GOSHAKTHI RENEWABL...KSSEM
K.S. Group of Institutions, (KSGI) has extended its border of research by getting into Research and Consultancy with GOSHAKTHI Renewable Energies, a limited Company, which is grooving into providing a micro hydroelectric power generation solution in the Malnad and other Hilly regions, wherein flowing stream water can be tapped to generate electricity sufficient enough for a couple of houses or a small village.
This document describes a solar-powered grass cutter. It discusses the working principle, components, and diagrams of the grass cutter. The grass cutter is powered by solar panels that charge a battery. It uses DC motors to move the grass cutter body and power the cutting blades. The grass cutter does not require fuel and has less maintenance than gas-powered cutters, making it more environmentally friendly. However, it is manually operated and blades may fail. The document provides this information to explain the project and its advantages over traditional gas-powered grass cutters.
The document summarizes the modification of solar street lights at an Indian shopping mall property from an off-grid to on-grid system. It describes that the existing 32 off-grid solar street lights were not working due to failed batteries and accessories. The proposal is to replace the off-grid system by installing a 5 kW on-grid solar inverter on the mall roof, connecting the existing solar panels to generate electricity directly for the grid. This would save the cost of batteries and their maintenance while still utilizing the existing solar panels. Calculations estimate the system would generate around 16 kWh per day and have a payback period of around 2 years based on savings from power purchased from the grid.
The document discusses the viability of using standalone solar photovoltaic (PV) systems to power base transceiver stations (BTS) in rural areas of India where grid connectivity is limited. It notes that over 70% of telecom towers currently rely on diesel generators due to grid outages. Standalone PV systems could provide a more sustainable and cost-effective alternative. The document outlines the components and optimal sizing methodology for standalone PV systems powering BTS stations. It also discusses factors like solar radiation levels and government policies in India that encourage the use of solar energy.
Design & febrication of solar automated grass cutterRaj Kumar Bisoyi
The document summarizes a student project to design and fabricate an automated solar-powered lawn mower. It includes an introduction describing the motivation to reduce noise and air pollution from gas-powered mowers. It then outlines the objectives, components, programming, and fabrication process. The components include a solar panel, battery, motors, blades, and an Arduino board. It is programmed using Arduino code and assembled on a chassis. The project aims to provide an environmentally friendly alternative to gas-powered lawn mowers.
Real Time Monitoring and Simulation Analysis of 30WP off Grid Solar Rooftop P...IRJET Journal
1) The document describes the real-time monitoring and simulation analysis of a 30WP off-grid solar rooftop photovoltaic power plant in Hyderabad, India.
2) Key components of the system include 30WP polycrystalline solar panels, a 100VA inverter, battery storage, and support structures.
3) Real-time performance data was collected, showing voltage and current output values at different times. Simulation results predicted an annual energy output of 43kWh and performance ratio of 0.595 for the 30WP system.
Today, invention is very important and conventional machine was replaced by the automatic robot. The user can be controlled by using the remote or automatic mode. There are two ways which are automatic system and remote system to control the grass cutter robot. The grasscutter can be controlled by the remote technology or automatic technology according to the customer's desire. The power supply for the whole system is battery which can be charged by using the solar panel. By using 20W solar panel, the power consumption and the labor hire can be reduced. And then, the system uses 12V battery to power the vehicle movement and cutting operation. Compass sensor is used to differentiate the direction for a grass cutter. The ultrasonic sensor is used as the eye of the smart solar grass cutter it can avoid the object in the path during the operation. This smart solar grass cutter is suitable for the unskilled person for cutting the grass. LCD display is used to show the instructions of the user and it can be understood by the customer. Zin Mi Mi Ko | Zaw Myo Tun "Construction of Automatic Solar Lawn Mower" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-5 , August 2019, URL: https://www.ijtsrd.com/papers/ijtsrd26522.pdfPaper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/26522/construction-of-automatic-solar-lawn-mower/zin-mi-mi-ko
RENEWABLE ENERGY SYSTEM LAB in partnership between KSSEM & GOSHAKTHI RENEWABL...KSSEM
K.S. Group of Institutions, (KSGI) has extended its border of research by getting into Research and Consultancy with GOSHAKTHI Renewable Energies, a limited Company, which is grooving into providing a micro hydroelectric power generation solution in the Malnad and other Hilly regions, wherein flowing stream water can be tapped to generate electricity sufficient enough for a couple of houses or a small village.
This document describes a solar-powered grass cutter. It discusses the working principle, components, and diagrams of the grass cutter. The grass cutter is powered by solar panels that charge a battery. It uses DC motors to move the grass cutter body and power the cutting blades. The grass cutter does not require fuel and has less maintenance than gas-powered cutters, making it more environmentally friendly. However, it is manually operated and blades may fail. The document provides this information to explain the project and its advantages over traditional gas-powered grass cutters.
The document summarizes the modification of solar street lights at an Indian shopping mall property from an off-grid to on-grid system. It describes that the existing 32 off-grid solar street lights were not working due to failed batteries and accessories. The proposal is to replace the off-grid system by installing a 5 kW on-grid solar inverter on the mall roof, connecting the existing solar panels to generate electricity directly for the grid. This would save the cost of batteries and their maintenance while still utilizing the existing solar panels. Calculations estimate the system would generate around 16 kWh per day and have a payback period of around 2 years based on savings from power purchased from the grid.
In today’s generation the major problems are
the pollutions, cut of power etc. Thus overcome to these
problems we have thought about device which can be
work efficiently without causing any types of problem. So
we work on the project of grass cutter machine which
performing fully automated and using renewable source
of energy that is solar power.
Solar Powered Sprayer for Agricultural and Domestic PurposeIJRESJOURNAL
ABSTRACT: Nowadays there is a great need for “conservation of energy “. Continuous use of traditional energy resources will have high risk of rising in price and energy depletion. This paper focuses on green energy utilization for agricultural and domestic purpose. The conventional energy sources uses non-renewable energy resources and they are in the form of backpack which is only useful for the agricultural purposes. This made us to think of designing a multipurpose product that is basically trolley based solar powered spryer which involves a minimum intervention of man power and operates with the no pollution for agricultural pesticide spraying and washing of vehicles. Our design mainly eliminates the back mounting of sprayer setup which causes back pain, use of fossil power which is non-renewable and hazardous and extensive use of manpower. Thus we proved to be more efficient when compared to conventional sprayer.
This document contains a resume for Anil R. Yadav. It summarizes his contact information, objective, skills, work experience designing and implementing solar PV and water heating projects for 1.5 years at Solar Inertia, education including a B.E in electronics, computer skills in Microsoft Office, C++, Java, and MATLAB, and a project on drowsy driving detection using MATLAB. It also lists personal details and a declaration that all information provided is true.
Design and Fabrication of Prototype Automatic Solar Grass Cutter for Trimmingmubashir shehzad
This document describes the design and fabrication of a prototype solar-powered automatic grass cutter robot. A group of students at Muhammad Nawaz Shareef University of Engineering and Technology designed the robot to reduce pollution and noise from fuel-powered lawn mowers. The robot uses solar panels to charge its batteries and power brushless DC motors and a microcontroller to cut grass automatically. The document outlines the components, programming, assembly, performance comparisons, applications and future recommendations for the solar grass cutter robot.
This document describes a student project to design and build a speed breaker that can generate electricity. The speed breaker uses a rack and pinion mechanism to convert the vertical motion of vehicles passing over it into rotational motion. This rotational motion is used to turn a generator shaft and produce electricity. When a vehicle passes over the speed breaker, its weight causes the breaker to move downwards. This downward motion is transferred to a rack gear connected to the speed breaker. The rack gear engages with a pinion gear connected to the generator shaft. The rotation of the pinion gear spins the generator shaft to produce electricity that can be stored in a battery. The design is intended to efficiently capture wasted kinetic energy from vehicles on
This document is a report on a coal-based thermal power plant prepared by three students from Birla Institute of Technology and Science as part of their Practice School-I course. It provides an abstract and introduction, then covers various aspects of the plant's operations including the coal to electricity process, the Rankine cycle, supercritical technology used, equipment like turbines and generators, plant operations, efficiency planning, the chemical plant, coal handling, ash handling, and maintenance.
This document provides details on the design and fabrication of a solar powered multi-purpose weed cutting machine. The machine aims to reduce physical labor for cutting weeds using renewable solar energy as the power source. Key components include a solar panel, battery, DC motor, and cutting blades attached via a link mechanism. The machine is designed to be lightweight, easy to operate, and eco-friendly without environmental pollution. Future improvements could make it applicable for other agricultural tasks and fully solar powered.
1) The document describes a proposed Maglev Wind Turbine Generator (MWTG) that uses magnetic levitation and vertical axis wind turbines to generate electricity from wind power more efficiently than traditional horizontal axis wind turbines.
2) The MWTG aims to provide a renewable energy alternative to fossil fuels by taking advantage of lower wind speeds using vertical axis turbines and reducing noise, maintenance needs, and land usage through magnetic levitation of components.
3) The proposed design of the MWTG includes 10 acrylic blades attached to a hollow aluminum shaft that spins magnets near coils to generate electricity through the principles of electromagnetic induction, with the goal of increasing overall energy production from wind in a more efficient manner.
1) The document describes the development of a manually operated rotary lawn mower. It uses a compound gear train system and bevel gears to convert the forward motion of the rear wheels into rotational motion of the cutting blade.
2) The mower is intended for domestic or small-scale use where fuel-powered machines are impractical or too expensive. It provides a low-cost alternative using simple gearing mechanisms to rotate the blade using only human power.
3) The mower design was able to cut grass with a blade speed of 678 rpm, which was sufficient using only the walking force of a human operator. It provides an economic and low-energy option for trimming small lawns without fuel
This document outlines a proposal for a 100MW solar power plant and 200MW thin-film solar panel factory in India through a joint venture between three Indian companies (Evershine Wind Technologies Pvt. Ltd., Alpha Omega Science & Wind Technologies Pvt. Ltd., and SJK Air Power Private Limited) and foreign investors. The projects have received government approval and aim to take advantage of India's solar energy potential and growing energy demands. The projects will utilize thin-film solar panel technology that is more efficient and cost-effective than traditional silicon panels. A total investment of $367 million is requested from foreign partners to develop the initial 100MW solar power plant.
Shankar C has over 12 years of experience in the renewable energy field. He currently works as an Operation & Maintenance Engineer for i PLON India Private Limited, where he performs various technical roles such as remote monitoring of solar power plants. He holds an M.Tech in Renewable Energy from Gandhigram Rural Institute and has published several papers in conferences and journals. Shankar is proficient in various software and renewable energy technologies and seeks a challenging position to apply his skills and experience.
This document provides a main project report submitted by four students for their Bachelor of Technology degree in Mechanical Engineering. It summarizes their design of a solar-powered grass cutter. The report includes an abstract, index, and chapters on introduction, design, selection and mounting, theoretical analysis, results, and conclusions. The design aims to create a portable, durable, easy to use and maintain self-powered grass cutter that runs on a 12V battery charged by a 5W solar panel, eliminating the need for gasoline. It describes the components, circuit diagram, and technical specifications.
Gensol has a cumulative solar EPC experience of 37 MW with 24 MW in Ground Mount Project & 13 MW in Rooftop Project across 12 Indian States.
Ground Mount Experience is both with fixed tilt & single axis tracker based systems.
Rooftop Experience is on RCC Roofs, Shed Roofs, Car Ports & Super Structures.
An grass cutter machine is more suitable & easy to use with an solar, so we are making an solar grass cutter machine with an electric motor, which is providing the high speed reciprocation to the blades. electric mowers are powered by solar. solar can be in the interior of the grass cutter machine or on the outside. If on the outside, the depleted solar can be quickly recharged through the sun light. mowers have the manoeuvrability of a solar powered mower and the environmental friendliness of a solar mower.
The document analyzes the technical bids submitted for SECI's 500 MW government rooftop tender. It finds the tender was oversubscribed over 3 times, with the CAPEX model receiving bids 7 times the capacity and RESCO model receiving bids 2 times the capacity. The top states for CAPEX bids were Karnataka, Andhra Pradesh, Uttar Pradesh, Delhi, and Maharashtra. The top state for RESCO bids was Uttar Pradesh. Major bidders included Azure Power, Adani, Amplus Energy, Renew Solar, and Mytra Energy. The oversubscription indicates shifting interest in distributed solar projects among major IPPs.
Kazi Ferdousul Karim has over 3 years of experience in power plant operation. He holds a PG Diploma in Thermal Power Plant Engineering and a B.Tech in Electrical Engineering. He is currently working as an Engineer - Operation at Simhapuri Energy Limited in Nellore, Andhra Pradesh, where he is responsible for the operation of boilers and turbines across 3 x 150 MW units. Prior to this, he has undergone simulator training and on-job training at various thermal power plants across 210 MW and 330 MW combined cycle units.
Zhenfa Australia Pty Ltd is a subsidiary of Zhenfa Group, a Chinese company founded in 2004 specializing in photovoltaic power systems. The presentation introduces Zhenfa Group's qualifications and projects, describes Zhenfa Australia's solar installation and financing capabilities, and highlights a 13 MW solar project in the ACT that Zhenfa won through competitive bidding. The presentation promotes Zhenfa as a reliable partner for solar projects in Australia.
A.V. Vijaya Kumar has over 16 years of experience in power plant operations, including as a Shift In Charge at a 2100 MW combined cycle power plant in Saudi Arabia. He holds a BE in Mechanical Engineering and an MBA in Project Management. His expertise includes the operation of boilers, HRSGs, gas turbines, steam turbines, and other rotating and static equipment. He has led teams and achieved reductions in auxiliary power consumption, steam consumption, and increased boiler availability and fuel ratio.
ADA power high effeciency presentataion summary 02.05.2019Avanindra Yadav
The Unique Hyper Solar Innovation/Technology which we have designed can produce multi-fold units of energy as compared to the existing solar plants and is also environment-friendly.
This document contains the professional portfolio of Mr. Nitish Singh Sengar, an electrical engineer with over 3.5 years of experience in solar energy projects. It summarizes his work experience with 3 companies - Daiz Solar Inc, Minda Energy Pvt Ltd, and Research Center Sustainable Solutions Pvt Ltd - where he was involved in the design, installation, and commissioning of various solar power projects including rooftop power plants, street lighting systems, home lighting systems, and more. It also lists the technical tools he is proficient in using such as PV Syst, AutoCAD, DIALUX, and various Microsoft Office programs.
This document summarizes Viknesh Subramaniyan's internship project to reduce production costs at Bosch Chassis Systems India Ltd by conserving electrical energy. The project involved replacing an existing chilling unit with a parallel plate heat exchanger (PHE) and connecting it to the cooling tower to chill coolant for machining processes. This reduced electricity consumption and costs. Calculations showed the PHE setup used less power than the chilling unit, saving around Rs. 19,000 per month. With a total investment of Rs. 1,26,300, the payback period was estimated to be 6 months. In conclusion, the PHE start automatically, uses less space and power, and can save an estimated Rs
Sustainable energy in India and future trends: A presentation from the International Conference on Energy Security organized by Centre for Public Policy Research, Cochin
In today’s generation the major problems are
the pollutions, cut of power etc. Thus overcome to these
problems we have thought about device which can be
work efficiently without causing any types of problem. So
we work on the project of grass cutter machine which
performing fully automated and using renewable source
of energy that is solar power.
Solar Powered Sprayer for Agricultural and Domestic PurposeIJRESJOURNAL
ABSTRACT: Nowadays there is a great need for “conservation of energy “. Continuous use of traditional energy resources will have high risk of rising in price and energy depletion. This paper focuses on green energy utilization for agricultural and domestic purpose. The conventional energy sources uses non-renewable energy resources and they are in the form of backpack which is only useful for the agricultural purposes. This made us to think of designing a multipurpose product that is basically trolley based solar powered spryer which involves a minimum intervention of man power and operates with the no pollution for agricultural pesticide spraying and washing of vehicles. Our design mainly eliminates the back mounting of sprayer setup which causes back pain, use of fossil power which is non-renewable and hazardous and extensive use of manpower. Thus we proved to be more efficient when compared to conventional sprayer.
This document contains a resume for Anil R. Yadav. It summarizes his contact information, objective, skills, work experience designing and implementing solar PV and water heating projects for 1.5 years at Solar Inertia, education including a B.E in electronics, computer skills in Microsoft Office, C++, Java, and MATLAB, and a project on drowsy driving detection using MATLAB. It also lists personal details and a declaration that all information provided is true.
Design and Fabrication of Prototype Automatic Solar Grass Cutter for Trimmingmubashir shehzad
This document describes the design and fabrication of a prototype solar-powered automatic grass cutter robot. A group of students at Muhammad Nawaz Shareef University of Engineering and Technology designed the robot to reduce pollution and noise from fuel-powered lawn mowers. The robot uses solar panels to charge its batteries and power brushless DC motors and a microcontroller to cut grass automatically. The document outlines the components, programming, assembly, performance comparisons, applications and future recommendations for the solar grass cutter robot.
This document describes a student project to design and build a speed breaker that can generate electricity. The speed breaker uses a rack and pinion mechanism to convert the vertical motion of vehicles passing over it into rotational motion. This rotational motion is used to turn a generator shaft and produce electricity. When a vehicle passes over the speed breaker, its weight causes the breaker to move downwards. This downward motion is transferred to a rack gear connected to the speed breaker. The rack gear engages with a pinion gear connected to the generator shaft. The rotation of the pinion gear spins the generator shaft to produce electricity that can be stored in a battery. The design is intended to efficiently capture wasted kinetic energy from vehicles on
This document is a report on a coal-based thermal power plant prepared by three students from Birla Institute of Technology and Science as part of their Practice School-I course. It provides an abstract and introduction, then covers various aspects of the plant's operations including the coal to electricity process, the Rankine cycle, supercritical technology used, equipment like turbines and generators, plant operations, efficiency planning, the chemical plant, coal handling, ash handling, and maintenance.
This document provides details on the design and fabrication of a solar powered multi-purpose weed cutting machine. The machine aims to reduce physical labor for cutting weeds using renewable solar energy as the power source. Key components include a solar panel, battery, DC motor, and cutting blades attached via a link mechanism. The machine is designed to be lightweight, easy to operate, and eco-friendly without environmental pollution. Future improvements could make it applicable for other agricultural tasks and fully solar powered.
1) The document describes a proposed Maglev Wind Turbine Generator (MWTG) that uses magnetic levitation and vertical axis wind turbines to generate electricity from wind power more efficiently than traditional horizontal axis wind turbines.
2) The MWTG aims to provide a renewable energy alternative to fossil fuels by taking advantage of lower wind speeds using vertical axis turbines and reducing noise, maintenance needs, and land usage through magnetic levitation of components.
3) The proposed design of the MWTG includes 10 acrylic blades attached to a hollow aluminum shaft that spins magnets near coils to generate electricity through the principles of electromagnetic induction, with the goal of increasing overall energy production from wind in a more efficient manner.
1) The document describes the development of a manually operated rotary lawn mower. It uses a compound gear train system and bevel gears to convert the forward motion of the rear wheels into rotational motion of the cutting blade.
2) The mower is intended for domestic or small-scale use where fuel-powered machines are impractical or too expensive. It provides a low-cost alternative using simple gearing mechanisms to rotate the blade using only human power.
3) The mower design was able to cut grass with a blade speed of 678 rpm, which was sufficient using only the walking force of a human operator. It provides an economic and low-energy option for trimming small lawns without fuel
This document outlines a proposal for a 100MW solar power plant and 200MW thin-film solar panel factory in India through a joint venture between three Indian companies (Evershine Wind Technologies Pvt. Ltd., Alpha Omega Science & Wind Technologies Pvt. Ltd., and SJK Air Power Private Limited) and foreign investors. The projects have received government approval and aim to take advantage of India's solar energy potential and growing energy demands. The projects will utilize thin-film solar panel technology that is more efficient and cost-effective than traditional silicon panels. A total investment of $367 million is requested from foreign partners to develop the initial 100MW solar power plant.
Shankar C has over 12 years of experience in the renewable energy field. He currently works as an Operation & Maintenance Engineer for i PLON India Private Limited, where he performs various technical roles such as remote monitoring of solar power plants. He holds an M.Tech in Renewable Energy from Gandhigram Rural Institute and has published several papers in conferences and journals. Shankar is proficient in various software and renewable energy technologies and seeks a challenging position to apply his skills and experience.
This document provides a main project report submitted by four students for their Bachelor of Technology degree in Mechanical Engineering. It summarizes their design of a solar-powered grass cutter. The report includes an abstract, index, and chapters on introduction, design, selection and mounting, theoretical analysis, results, and conclusions. The design aims to create a portable, durable, easy to use and maintain self-powered grass cutter that runs on a 12V battery charged by a 5W solar panel, eliminating the need for gasoline. It describes the components, circuit diagram, and technical specifications.
Gensol has a cumulative solar EPC experience of 37 MW with 24 MW in Ground Mount Project & 13 MW in Rooftop Project across 12 Indian States.
Ground Mount Experience is both with fixed tilt & single axis tracker based systems.
Rooftop Experience is on RCC Roofs, Shed Roofs, Car Ports & Super Structures.
An grass cutter machine is more suitable & easy to use with an solar, so we are making an solar grass cutter machine with an electric motor, which is providing the high speed reciprocation to the blades. electric mowers are powered by solar. solar can be in the interior of the grass cutter machine or on the outside. If on the outside, the depleted solar can be quickly recharged through the sun light. mowers have the manoeuvrability of a solar powered mower and the environmental friendliness of a solar mower.
The document analyzes the technical bids submitted for SECI's 500 MW government rooftop tender. It finds the tender was oversubscribed over 3 times, with the CAPEX model receiving bids 7 times the capacity and RESCO model receiving bids 2 times the capacity. The top states for CAPEX bids were Karnataka, Andhra Pradesh, Uttar Pradesh, Delhi, and Maharashtra. The top state for RESCO bids was Uttar Pradesh. Major bidders included Azure Power, Adani, Amplus Energy, Renew Solar, and Mytra Energy. The oversubscription indicates shifting interest in distributed solar projects among major IPPs.
Kazi Ferdousul Karim has over 3 years of experience in power plant operation. He holds a PG Diploma in Thermal Power Plant Engineering and a B.Tech in Electrical Engineering. He is currently working as an Engineer - Operation at Simhapuri Energy Limited in Nellore, Andhra Pradesh, where he is responsible for the operation of boilers and turbines across 3 x 150 MW units. Prior to this, he has undergone simulator training and on-job training at various thermal power plants across 210 MW and 330 MW combined cycle units.
Zhenfa Australia Pty Ltd is a subsidiary of Zhenfa Group, a Chinese company founded in 2004 specializing in photovoltaic power systems. The presentation introduces Zhenfa Group's qualifications and projects, describes Zhenfa Australia's solar installation and financing capabilities, and highlights a 13 MW solar project in the ACT that Zhenfa won through competitive bidding. The presentation promotes Zhenfa as a reliable partner for solar projects in Australia.
A.V. Vijaya Kumar has over 16 years of experience in power plant operations, including as a Shift In Charge at a 2100 MW combined cycle power plant in Saudi Arabia. He holds a BE in Mechanical Engineering and an MBA in Project Management. His expertise includes the operation of boilers, HRSGs, gas turbines, steam turbines, and other rotating and static equipment. He has led teams and achieved reductions in auxiliary power consumption, steam consumption, and increased boiler availability and fuel ratio.
ADA power high effeciency presentataion summary 02.05.2019Avanindra Yadav
The Unique Hyper Solar Innovation/Technology which we have designed can produce multi-fold units of energy as compared to the existing solar plants and is also environment-friendly.
This document contains the professional portfolio of Mr. Nitish Singh Sengar, an electrical engineer with over 3.5 years of experience in solar energy projects. It summarizes his work experience with 3 companies - Daiz Solar Inc, Minda Energy Pvt Ltd, and Research Center Sustainable Solutions Pvt Ltd - where he was involved in the design, installation, and commissioning of various solar power projects including rooftop power plants, street lighting systems, home lighting systems, and more. It also lists the technical tools he is proficient in using such as PV Syst, AutoCAD, DIALUX, and various Microsoft Office programs.
This document summarizes Viknesh Subramaniyan's internship project to reduce production costs at Bosch Chassis Systems India Ltd by conserving electrical energy. The project involved replacing an existing chilling unit with a parallel plate heat exchanger (PHE) and connecting it to the cooling tower to chill coolant for machining processes. This reduced electricity consumption and costs. Calculations showed the PHE setup used less power than the chilling unit, saving around Rs. 19,000 per month. With a total investment of Rs. 1,26,300, the payback period was estimated to be 6 months. In conclusion, the PHE start automatically, uses less space and power, and can save an estimated Rs
Sustainable energy in India and future trends: A presentation from the International Conference on Energy Security organized by Centre for Public Policy Research, Cochin
Sustainable Development: Practices Adopted in Various Industry Sectors in India Pankaj Gaurav
Objectives:
• To do study on the sustainable development practices prevailing in various industry sectors in India and coordination of their strategic programs
• To analyse the role of government, companies and other stakeholders in achieving desirable standards in sustainable development
• To Study the efficacy of Sustainability Index (SI) as an effective tool for measuring sustainable development
Scope:
• Current Scenario
• Global Protocol for sustainable development
• Strategies adopted by various industry sector for Sustainable Development in India
• Strategy for change: Indian Agenda
• Challenges and sectoral barriers for sustainable development
Methodology
Analysis will be done through study of data from secondary sources mentioned below for assessment of sustainability reporting practices.
Data source: Secondary data sources (Companies’ websites for sustainability reports, Articles, Industrial forum like CII conference documents
Bosch is a German multinational engineering and technology company founded in 1886. It has over 281,000 employees worldwide and had revenues of €48.9 billion in 2014. In India, Bosch has a large presence with its flagship subsidiary Bosch Limited founded in 1951. Bosch Limited is one of the largest automotive components manufacturers in India and produces automotive parts, power tools, security systems, and home appliances across various sectors.
Bosch Chassis Systems India Ltd. is India's largest manufacturer of automotive braking components. It has over 2000 employees across 5 locations. Some major clients include Maruti Udyog Ltd, Tata Automobiles, and Mahindra and Mahindra. Bosch uses various IT systems like SAP, CATIA, ANSYS, and Solid Edge for its operations and manufacturing. It has implemented access control, networking, firewalls and other security systems in its IT infrastructure.
This document provides an executive summary and overview of Bosch Ltd. in Bangalore. It discusses that managing change is important for organizations to remain competitive in today's global environment. The summary then outlines the key objectives and importance of change management for Bosch Ltd. It conducted a survey of HR employees to understand how automation has impacted recruitment processes compared to manual methods. The goal of this project is to identify areas for change at Bosch Ltd. to help it grow more effectively.
The CII-Godrej Green Business Centre in India was the first building to receive LEED Platinum certification outside of the US. It uses various sustainable design and construction features, such as a circular structure to maximize ventilation, local and recycled materials, passive cooling techniques like wind towers, a green roof for stormwater management and reduced energy consumption. The building aims to be a model for green building practices and environmental stewardship in India.
The document discusses sustainable development in India. It outlines India's current scenario regarding sustainable development and the 1992 UN conference that initiated formal strategies. It also discusses India's strategy for change, including focusing on low-carbon models, climate change adaptation, economic approaches, and technology transfer. Additionally, it addresses developing training courses, sectoral barriers around regulations and poverty, and the need for governments to seek tangible results and revolutionize approaches.
The document provides an introduction to renewable energy sources for power generation. It discusses various renewable energy technologies including wind and solar energy. For wind energy, it describes the technology behind wind turbines and key components. It also discusses solar photovoltaic and concentrating solar thermal plant technologies. The document then provides current installed capacities and scenarios for wind and solar energy in India.
Renewable energy sources include sunlight, geothermal heat, tides, wind and biomass. These sources generate clean energy without pollution or climate change. The main types are solar, wind, hydropower, biofuels and geothermal. Solar energy is captured through photovoltaic cells and solar thermal collectors. Wind energy is harnessed via wind turbines in wind farms, and hydropower uses the force of moving water in dams to generate electricity. Biomass and biofuels come from organic matter like plants, and geothermal taps heat from within the earth.
Waaree Energies is a leading Indian solar energy solutions provider with over 10 years of experience. It has delivered over 500 MW of EPC projects and manufactures solar modules with a current capacity of 550 MW that is being expanded to 1200 MW. Waaree provides full-service solar solutions including modules, EPC services, project development, rooftop installations, and new floating solar technologies. It has a strong track record and more than 1000 satisfied customers across India and globally.
SSAEL Utility Solar pre bid and post bid consulting servicesSatya Kumar DV
The focus of SSAEL has been Clean Energy Projects & Consulting for over a decade. We have executed projects for World Bank, UNIDO, GVEP, kfW, IREDA and were Consultants to RERC (Rajasthan Electricity Regulatory Commission) for determination of tariff for Solar PV power projects during 2009-12.
Through our Key Value Added Consulting Services for Utility Solar Power Projects, we handle issues which contribute to hardly 5% of the cost but 25% of the execution effort.
• Pre bid Stage
– Solar Resource Assessment
– Basic Engineering and Project Cost Estimation
– Detailed Yield Estimation for various technology options
– Financial Analysis
– Risk Analysis
– Bidding Strategy
– Support for Competitive Bidding
• Post bid Stage
– Bankable Detailed Project Report (DPR)
– Financial Closure on non recourse basis (full or partial based on Client’s track record)
– Detailed Engineering and Procurement Support or Owner’s Engineer and Project Management Consultancy
– Project Consultancy for Permits, Licenses and Approvals (PLA) ranging from land to grid interconnection
Emerging solar thermal plants in india as on 2013Aravindh M. A.
This document summarizes several emerging solar thermal power plant projects in India as of 2013. It describes Lauren CCL's engineering, procurement, and construction management services for 50 MW and 25 MW solar thermal plants in Rajasthan and Gujarat, respectively. It also mentions ACME's commissioning of a 2.5 MW plant in Rajasthan and their solar thermal technology. Finally, it provides details on several other solar thermal projects underway or planned in India with capacities ranging from 10 MW to 250 MW.
Ilios Power is a solar solutions provider that is part of the larger Ilios group which has interests in diverse industries including infrastructure, hospitality, manufacturing, mining and renewable energy. Ilios Power specializes in providing end-to-end services for utility-scale, rooftop, and captive solar power projects including advisory, design, engineering, procurement, construction, and operations & maintenance. It has executed over 30 MW of grid-connected solar power plants and has over 1 MW of rooftop solar experience.
AUTOMATED PRODUCTION OF MCB REPORT (Repaired) (1)Ankit Kumar
This document provides an overview of an internship project on automating the production of miniature circuit breakers (MCBs) at Havells India Ltd. in Baddi, Himachal Pradesh. It discusses the company background, the need for MCBs, their components and assembly process. The project involves automating various stages of MCB production including spot welding, knob assembly, and testing using sensors to increase productivity and quality.
Suryakiran Engineers - Solar Projects SpecialistRatnakar Sortur
Suryakiran Engineers (SKE) is an Indian engineering company specializing in solar farm and roof top projects. The document provides an overview of SKE's core skills including design, manufacturing, installation and commissioning of solar projects. It also lists some of the solar projects SKE has executed between 2011-2012, totaling over 12.5 MW achieved with a projected 25 MW for 2012-13. Contact information is provided at the end.
This document provides information about MPIL Solar Solutions and their SMART (Solar Mounted Advanced Rooftop Technology) program. The SMART program transforms unused rooftops into solar power generation units by installing solar panels. This provides a clean, green, and cost-effective alternative to rising electricity prices. The solar panels generate DC power from sunlight that is converted to usable AC power and prioritized to power the building. The economics of SMART include subsidies, tax benefits, and payback periods of less than 5 years.
Adani Power Limited is India's leading private power company with over 10,440 MW of installed capacity and over 7,000 MW under development. It operates thermal power plants across India using supercritical technology. The company focuses on thinking big to better serve the nation and improve lives. It has a strong team that has developed expertise in building large power plants and transmission lines on time and to high quality and environmental standards.
Yashwant Kumar Jain has over 22 years of experience introducing and implementing world-leading power and energy technologies in India. He has worked on over 65MW of renewable energy projects including the first 10MW biomass power project in 2005. He is now providing smart consulting services for green buildings, smart cities, and solar projects while sharing his expertise in renewables, energy management, and power transmission and distribution.
IOT based solar powered Grass cutting machine with Bluetooth remote controlli...IRJET Journal
This document describes an IOT-based solar-powered grass cutting machine that can be remotely controlled via a Bluetooth app. The machine uses a microcontroller to control motors that power the vehicle's movement and a grass cutter. It has a height adjustment mechanism to vary the grass cutting level. The machine is powered by a 12V battery that is charged by an attached solar panel. It uses IOT technology to monitor the battery condition over WiFi. The Bluetooth module allows the machine to be operated and controlled through an Android smartphone app from up to 20 feet away. The grass cutting machine aims to make cutting grass easier and more convenient through remote control and automated operation.
Suntellite Group is a solar energy company established in 2006 with over $1 billion in annual revenue. It has over 2500 employees and 240,000 square meters of production facilities. The company specializes in solar cells, modules, inverters, and energy storage systems. It has international certifications and sells products to over 20 countries through 200 distribution channels. Suntellite has completed numerous large-scale solar projects worldwide as well as many distributed commercial roof projects across China.
Gensol Group has won the rights to subsidy by Solar Energy Corporation of India (SECI) for rooftop solar in the states of Gujarat, Maharashtra, Karnataka, Tamil Nadu.
The presentation explains the process to avail the subsidy and its salient features.
Executive Summary Solar Energy Without Borders, Inc. is inviting Stakeholders...Syed Hashimi
This document provides an overview of Solar Energy Without Borders Inc. (SEWB), a solar energy company based in Houston, Texas. SEWB is seeking $100 million in investment for three ventures: 1) Acquiring and upgrading an existing $30 million solar cell and module manufacturing facility, 2) Lending $30 million to an Indian company for a 30 MW solar project, and 3) Using $20 million for R&D, marketing, and promoting solar products globally. The document outlines SEWB's management team and provides projected financials showing growing annual revenues and healthy cash balances over the first five years.
PV Module Manufacturing firms in India profiles 9 companies that manufacture photovoltaic modules in India. The document provides background on the growing solar power industry in India and criteria for shortlisting companies, then details each company's overview, manufacturing facilities, products, certifications, projects, and financial data. It aims to provide information for a prospective acquisition.
This document provides an overview of Alstom's presence and operations in India over the past century. Key points include:
- Alstom has been operating in India for over a century and has manufacturing facilities across India.
- It has over 10,000 employees in India working in power, transport, and grid sectors.
- Alstom has strategic partnerships with companies like Bharat Forge, BHEL, and Infosys to enhance its technologies and services.
- It is involved in numerous power, transport and grid projects across India.
Entry Strategy: Solar Power Generation in India – Complete Guidebook on Technology, Site Selection, Plant Design, Securing Finance, O&M & Permits and Licensing
The document is a research report from SNP Infra Research that provides a complete guide on establishing solar power generation facilities in India. It covers all aspects of setting up a solar power plant, including technology, site selection, plant design, financing, operations and maintenance, and permits and licensing. The report aims to help private investors, power companies, and other stakeholders make informed decisions on entering the solar power business in India. It provides an overview of the various challenges and opportunities in the growing solar power sector, given India's target of installing 100 gigawatts of solar capacity by 2022.
The document is a research report from SNP Infra Research providing a complete guide on establishing solar power generation facilities in India. It covers all aspects of setting up a solar power plant from technology, site selection, plant design, financing, operation and maintenance to permits and licensing. The report is intended for private investors, power companies, developers, financial institutions, construction firms, and policy makers interested in India's growing solar power market and massive planned solar capacity additions which provide significant investment opportunities. It provides an in-depth overview of the Indian solar power sector and regulatory framework along with detailed guidance on developing grid-connected solar projects.
Siddhartha Sengupta has over 20 years of experience in solar photovoltaic industries. He currently works as the Head of Technical at CareyGlass Solar in Dublin, Ireland, where he is responsible for consulting, project management, system design reviews, and more. Prior to this role, he held senior management positions in Oman, India, and Singapore, leading technical divisions and managing solar photovoltaic projects, business development, and manufacturing operations. He has extensive international experience and expertise in solar photovoltaic system design, manufacturing, project implementation, and business development.