Suzlon one earth
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Suzlon Energy was founded in 1995 and is now the world's fifth largest wind turbine supplier. It has operations in 33 countries and over 13,000 employees. The global wind energy market is growing rapidly, with average annual growth of 8% predicted over the next five years. Suzlon is working to make its buildings and operations carbon neutral through renewable energy sources like solar, wind, and biomass. Its Suzlon One Earth project integrates these technologies to reduce energy consumption and emissions. Renewable energy will continue growing in importance to meet energy needs in a sustainable way.
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This presentation by Dr R V G Menon, Principal, Government Engineering College, Kannur made at the Kerala Environment Congress, Trivandrum organised by the Centre for Enviroment and Development emphasises the prospects of solar energy in agriculture on the back drop of the recent black outs experienced by different states in India.Energy solutions final
Energy solutions finalArchita Goyal
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The document proposes several interventions to reduce energy consumption at a hostel including installing solar LED street lights, solar PV panels, solar water heaters, key card switches to automatically turn off power when rooms are unoccupied, removing excess corridor lights, installing motion sensor lights, setting up solar panels that also harvest rainwater, and encouraging behavioral changes through awareness campaigns. It provides details of the proposed systems, estimated costs, savings, payback periods, and environmental benefits. Retailers for the different systems are also listed.Solar plant
Solar plantSaumya Ranjan Behura
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This document discusses concentrated solar power systems and their components. It describes two main approaches: parabolic trough systems and power tower systems. Parabolic trough systems use parabolic reflectors to concentrate sunlight onto receivers that run along the focal point of the parabola. Power tower systems use fields of mirrors called heliostats to focus sunlight onto a central receiver at the top of a tower. The document outlines the key components of each system, such as mirrors, heat collection elements, and thermal storage, as well as their advantages including reduced capital and operating costs. It also discusses the scope for solar power development in India.Renewable Energy Presentation
Renewable Energy PresentationEvan Norman
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This document summarizes key points about various renewable energy sources including wind, solar, geothermal, and hydroelectric power. It discusses what each energy source is, provides some history and examples of implementations. Wind energy is captured from turbines converting wind's kinetic energy. Solar energy uses photovoltaic cells to convert sunlight into electricity. Geothermal energy harnesses heat from within the earth. Hydroelectric power uses the force of moving water to turn turbines and generate electricity. The document highlights examples of each type of renewable energy being utilized both globally and within states like Idaho.Seminar on renewable energy sources
Seminar on renewable energy sourcessachin biradar
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This document summarizes a seminar on renewable energy sources. It defines renewable and non-renewable energy, and provides examples of each. The document then discusses several types of renewable energy sources in detail, including hydropower, wind, and solar energy. For each energy source, it describes how the energy is generated, the technology used, advantages and disadvantages, and statistics on current and potential usage.Retreat (Resource Efficient TERI Retreat for Environmental Awareness and Trai...
Retreat (Resource Efficient TERI Retreat for Environmental Awareness and Trai...Soumi Bera
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The document describes the Retreat building in Gurgaon, India, which was designed by TERI as a model of sustainable habitat that incorporates various renewable energy technologies. Key features include a 10.7 kW solar PV system, solar water heating, an underground earth tunnel system for passive cooling and heating, and biomass gasifiers that provide most of the building's power. The building requires 40-50% less energy than a conventional building of the same size due to its passive and active sustainable design features.Non conventional energy sources
Non conventional energy sourcesNirmal Kumar
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The document discusses various renewable energy sources in India, including their current usage and potential. It provides details on solar energy technologies and applications, the wind energy program in India, hydropower systems, bioenergy including biomass, biogas and biofuels, and emerging renewable options. It also outlines relevant policies and legislation in India to promote renewable energy.Introduction and Present Status of Renewable Energies.ppt
Introduction and Present Status of Renewable Energies.pptRajaDesingu2
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This document provides a syllabus for a course on power electronics for renewable energy systems. The syllabus covers five units: (1) an introduction to environmental impacts of renewable energy and different renewable resources; (2) electrical machines for renewable energy conversion; (3) power converters for solar and wind systems; (4) analysis of wind and PV systems; and (5) hybrid renewable energy systems. Textbooks and references are also listed.Renewable sources of energy
Renewable sources of energygrantdiecel
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This document discusses renewable sources of energy and how they can contribute to future energy needs. It first examines current energy resources like fossil fuels and nuclear energy, noting that they are limited. It then defines primary energy resources, like solar and wind, and secondary resources derived from primary ones, like electricity. The document goes on to describe various renewable energy technologies - solar photovoltaics, solar heating, wind power, hydroelectric, tidal, wave, biomass, and landfill gas - and provides examples of their implementation. It aims to address questions around current and projected energy demands, how demands are currently and could future be met, and what contribution renewables can make.Al bahar
Al baharTwinkal Jambu
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The Al-Bahr Towers in Abu Dhabi feature a dynamic facade inspired by traditional Islamic mashrabiya wood lattice screens. The facade is made up of 2,000 umbrella-like transparent components on each tower that open and close in response to the sun's movement to reduce solar gain and glare. This dynamic shading system provides up to 50% reduction in solar heat gain and lowers energy consumption and carbon emissions. The towers were designed by Aedas Architects to achieve high environmental performance through passive design strategies like the innovative adaptive facade.environmental effect of power system.pptx
environmental effect of power system.pptxAsikurRahmanSaumik
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This document discusses the environmental effects of power system planning and different methods of power generation. It notes that increasing energy demand requires more power production, which can come from coal, natural gas, nuclear, or hydro sources. Each of these has environmental impacts like greenhouse gas emissions, water usage, and land acquisition. Coal burning produces the most pollution while natural gas and nuclear produce less. Hydro power damages ecosystems and methane is released from flooded reservoirs. The document recommends reducing energy usage through efficiency programs and encouraging renewable sources to mitigate environmental effects.Solar
SolarJyoti Ahlawat
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Solar energy is a renewable energy source that comes from the sun. A small fraction of the sun's energy that reaches Earth is enough to meet all our power needs. Solar energy can be utilized through photovoltaic solar cells that directly convert sunlight to electricity or concentrated solar power systems that generate solar thermal energy. While solar energy has potential, the amount of energy currently obtained from solar is still very small compared to other sources like fossil fuels.Indira paryavaran bhawan and griha
Indira paryavaran bhawan and grihaAnchal Garg
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The document describes the Indira Paryavaran Bhawan building project in New Delhi, which aims to be a net zero energy green building. Some key points:
- The building has a 930kWp solar PV system, the largest rooftop system on a multi-story building in India, which meets the building's total energy demand.
- Energy efficiency measures like chilled beams, geothermal heat exchange via 180 deep boreholes, and high performance glass optimize energy performance and reduce cooling loads.
- Sustainable materials like fly ash concrete, AAC blocks, and jute-bamboo composites are used to reduce embodied energy.
- Water conservation strategies like rainwater harvesting andOTEC
OTECPranesh Chand
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Ocean thermal energy conversion (OTEC) uses the temperature difference between warm surface waters and cold deep waters to vaporize and condense a working fluid like ammonia to drive a turbine and generate electricity. The technology was studied for development in Fiji in the 1980s and 1990s with the goal of installing a 10 MW demonstration plant, but no projects were ultimately built. OTEC provides baseload renewable power but challenges include the high costs associated with long cold water pipes needed to bring deep seawater to land-based plants. Floating plants could reduce pipe costs but have expenses related to maintenance and mooring. More research is still needed to help OTEC become commercially viable.18C31C4002 SAI SHANNMUKH.pptx
18C31C4002 SAI SHANNMUKH.pptxsaishanmukh6
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This document discusses passive and active design strategies for energy efficient buildings and infrastructure. It begins by defining passive design as using natural energy sources like sunlight and wind without electricity or fuel, while active design uses electricity or produces it. It then provides examples of passive design strategies like adaptive reuse, heritage conservation, site optimization, passive solar, thermal mass, deep overhangs, natural cross-ventilation, recycled materials, green roofs, and interior materials. Active design strategies discussed include geothermal heat exchange, wind power, grid-connected systems, solar electrical power, solar thermal energy, high efficiency HVAC systems, HRV/ERV, building automation, high-efficiency appliances, and greywater reuse.arijit summer training
arijit summer trainingArijit Roy
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This document provides an overview of a presentation on vocational training for a combined cycle power plant. It discusses the contents to be covered, including an introduction to combined cycle power plants, the Brayton and Rankine cycles, configuration of CCGT power plants, components used, and DM water plants. The presentation was given by Arijit Roy from Vivekananda Global University for their 5th semester diploma in electrical engineering.Suzlon one earth
- 1. SUZLON ENERGY INNOVATOR: SUZLON DATE:3/11/12 TEAM DCSMAT RESHMA VINEETH ARUN ARAVIND
- 2. SUZLON ENERGY FOUNDED IN 1995 BY TULSI TANTI THE SUZLON GROUP IS RANKED AS THE WORLDS FIFTH LARGEST WIND TURBINE SUPPLIER SPREAD EXTENDS ACROSS ASIA, AUSTRALIA, EUROPE, AFRICA AND NORTH AND SOUTH AMERICA OPERATIONS ACROSS 33 COUNTRIES AND A WORKFORCE OF OVER 13,000.
- 4. GLOBAL WIND ENERGY TRENDS TODAY, ABOUT 75 COUNTRIES WORLDWIDE HAVE DEVELOPED COMMERCIAL WIND FARMS. GLOBALLY, 41,000 MW OF WIND POWER CAME ONLINE IN 2011, RAISING BY 21% . THE TOTAL INSTALLED GLOBAL CAPACITY TO 238,351 MW THE GLOBAL WIND ENERGY COUNCIL PREDICTS AVERAGE INTERNATIONAL MARKET GROWTH RATES OF ABOUT 8% PER YEAR FOR THE NEXT FIVE YEARS, WITH GLOBAL INSTALLED WIND CAPACITY REACHING.
- 5. SUZLON ONE EARTH CARBON NEUTRAL (THROUGH ON SITE + OFF SITE ENERGY) ZERO NET ENERGY FOR LIGHTING (THROUGH ON-SITE GENERATION) PV SYSTEMS INTEGRATED IN DESIGN MICRO WIND (TO BE EVALUATED) BIOMASS (KITCHEN WASTE + STP OUTPUT + LANDSCAPE WASTE) SYSTEM FLEXIBILITY OF VARIABLE REFRIGERANT VOLUME SYSTEM (HVAC) THE INDOOR UNIT'S COOLING OPERATION CAN BE CONTROLLED TO MAINTAIN DESIRED TEMPERATURE IN ANY LOCATION IN THE PREMISES ACCORDING TO END USER'S NEEDS AND PREFERENCES. OPTIMIZE BUILDING DESIGN TO REDUCE THE CONVENTIONAL ENERGY DEMAND OPTIMIZE THE ENERGY PERFORMANCE OF THE BUILDING WITHIN SPECIFIED COMFORT LIMITS UTILIZATION OF FLY ASH IN THE BUILDING STRUCTURE REDUCE VOLUME, WEIGHT, AND TIME OF CONSTRUCTION BY ADOPTING AN EFFICIENT TECHNOLOGY USE LOW-ENERGY MATERIAL IN THE INTERIORS *際際滷 content Courtesy Case Study of Kavitha Jain
- 6. SUZLON ONE EARTH RENEWABLE ENERGY UTILIZATION BIPV SOLAR PANEL ESTIMATED ENERGY P.A =20,000 KWH ESTIMATED ENERGY (18 WIND MILL + 243 SOLAR PANEL) P.A =2, 30,000 KWH
- 7. RENEWABLE-ENERGY-BASED HOT WATER SYSTEM 100% OF HOT WATER REQUIREMENT IS MET BY THE SOLAR HOT WATER SYSTEM
- 10. ROAD AHEAD USE OF MORE RENEWABLE SOURCE OF ENERGY LIKE WIND AND SOLAR WILL BE GREATLY PREFERRED IN COMING TIMES. WASTE MANAGEMENT AND POWER GENERATION SYSTEM USING GREENER TECHNOLOGIES WOULD BE HAVING AN UPPER HAND . CARBON EXCHANGE WOULD HAVE A GREATER ROLE TO PLAY AND COULD IMPACT ECONOMIES OF THE NATIONS.
- 11. Thank You