This document discusses Siemens' wind turbine service offerings. It provides an overview of Siemens' history and expertise in wind technology, its global service network, and its comprehensive portfolio of service products. The services are designed to maximize customer value through maintenance programs, remote monitoring, spare parts supply, and training. Siemens aims to achieve high turbine availability through its regional service organizations and local resources around the world.
Wind Technicians competence framework SIEMENSFrank Emil Moen
The document discusses Siemens' wind turbine technician competence framework and the need for operations and maintenance technicians in the wind turbine manufacturing industry. It provides an overview of Siemens' wind power business, including their installed base, workforce size, and order backlog. It also summarizes Norway's wind power market potential and identified projects between 2010-2025.
This document contains certificates from Siemens Wind Power documenting training completed by Thomas Pasos. The certificates show that Thomas Pasos has completed trainings on topics such as basic harness use, first aid/CPR, rescue from wind turbines, electrical and hydraulic systems, crane and hoist operation, and bolt torque/tension. The certificates provide details on the training contents, objectives, durations and certify that Thomas Pasos is qualified to perform certain tasks according to Siemens Wind Power procedures and standards.
KEMET Webinar - Autonomous driving - 1st to market T598 125C with single digi...Ivana Ivanovska
In 2015 technical breakthroughs allowing full AEC-Q200 qualification of tantalum polymer caps have addressed the concerns with capability and safety. Alleviation of these concerns have come at a time when market drivers such as connectivity and self-driving functionality are requiring better capacitance solutions for the various CPU, logic, and input rails. In regards to new automotive requirements with electrical vehicles and autonomous driving ultra low ESR and extended life capability are a must. In this presentation, the product features and electrical performance, including accelerated storage performance, of these fully qualified 125ºC AEC-Q200 polymer tantalum capacitors will be provided.
This resume is for Mark Gautreaux, an experienced electrical technician seeking a safety-oriented position using his 30+ years of experience in the electrical field. He has worked as a Failure Mode Effective Analysis Technician coordinating regulatory trials for dynamic positioning systems on vessels worldwide. Prior experience includes dynamic positioning technician roles installing, commissioning, and troubleshooting machinery systems. He is skilled in troubleshooting, electrical testing equipment, reading blueprints, and safety/quality control.
Todo distribuidor que se inicia en una red de mercadeo debe poder conocer, -por anticipado-, los retos, el camino, los cambios y los resultados que vendrán.
Mi experiencia en 4Life, me dice que debemos prepararnos mucho más desde el inicio, para tener éxito.
2nd International Conference E/E Systems for Wind TurbinesTorben Haagh
The 2nd International Conference on E/E Systems for Wind Turbines will take place from May 21-23, 2012 in Bremen, Germany. The conference will focus on the latest developments in pitch systems, advanced control systems, grid compliance requirements, and innovative generator and converter technologies for next generation wind turbines. Industry leaders from utilities, manufacturers, and suppliers will present case studies and discuss reducing the cost of energy through increased availability, serviceability, and energy production from wind power.
Century Motors Bulletin 1505B_Single-ThreePhase_Integral_HPJim Milbaugh
This document provides information on Century electric motors that are suitable for inverter duty applications. It discusses how variable frequency drives can cause premature failure in standard motors and introduces Century's Speed Engineered motors. The Speed Engineered motors are specially designed to be corona-free and eliminate the destructive effects of voltage spikes from VFDs. They are available in both E-Plus and E-Plus 3 versions to meet various efficiency standards and application needs.
Wind Technicians competence framework SIEMENSFrank Emil Moen
The document discusses Siemens' wind turbine technician competence framework and the need for operations and maintenance technicians in the wind turbine manufacturing industry. It provides an overview of Siemens' wind power business, including their installed base, workforce size, and order backlog. It also summarizes Norway's wind power market potential and identified projects between 2010-2025.
This document contains certificates from Siemens Wind Power documenting training completed by Thomas Pasos. The certificates show that Thomas Pasos has completed trainings on topics such as basic harness use, first aid/CPR, rescue from wind turbines, electrical and hydraulic systems, crane and hoist operation, and bolt torque/tension. The certificates provide details on the training contents, objectives, durations and certify that Thomas Pasos is qualified to perform certain tasks according to Siemens Wind Power procedures and standards.
KEMET Webinar - Autonomous driving - 1st to market T598 125C with single digi...Ivana Ivanovska
In 2015 technical breakthroughs allowing full AEC-Q200 qualification of tantalum polymer caps have addressed the concerns with capability and safety. Alleviation of these concerns have come at a time when market drivers such as connectivity and self-driving functionality are requiring better capacitance solutions for the various CPU, logic, and input rails. In regards to new automotive requirements with electrical vehicles and autonomous driving ultra low ESR and extended life capability are a must. In this presentation, the product features and electrical performance, including accelerated storage performance, of these fully qualified 125ºC AEC-Q200 polymer tantalum capacitors will be provided.
This resume is for Mark Gautreaux, an experienced electrical technician seeking a safety-oriented position using his 30+ years of experience in the electrical field. He has worked as a Failure Mode Effective Analysis Technician coordinating regulatory trials for dynamic positioning systems on vessels worldwide. Prior experience includes dynamic positioning technician roles installing, commissioning, and troubleshooting machinery systems. He is skilled in troubleshooting, electrical testing equipment, reading blueprints, and safety/quality control.
Todo distribuidor que se inicia en una red de mercadeo debe poder conocer, -por anticipado-, los retos, el camino, los cambios y los resultados que vendrán.
Mi experiencia en 4Life, me dice que debemos prepararnos mucho más desde el inicio, para tener éxito.
2nd International Conference E/E Systems for Wind TurbinesTorben Haagh
The 2nd International Conference on E/E Systems for Wind Turbines will take place from May 21-23, 2012 in Bremen, Germany. The conference will focus on the latest developments in pitch systems, advanced control systems, grid compliance requirements, and innovative generator and converter technologies for next generation wind turbines. Industry leaders from utilities, manufacturers, and suppliers will present case studies and discuss reducing the cost of energy through increased availability, serviceability, and energy production from wind power.
Century Motors Bulletin 1505B_Single-ThreePhase_Integral_HPJim Milbaugh
This document provides information on Century electric motors that are suitable for inverter duty applications. It discusses how variable frequency drives can cause premature failure in standard motors and introduces Century's Speed Engineered motors. The Speed Engineered motors are specially designed to be corona-free and eliminate the destructive effects of voltage spikes from VFDs. They are available in both E-Plus and E-Plus 3 versions to meet various efficiency standards and application needs.
Keynote presentation ‘Optimization of the Operations & Maintenance of Offshore Wind Farms’ by Peter Koninckx, Director Power Generation and Transmission Solutions at Siemens Belgium
This document discusses gas-powered energy centers for data centers. It begins by stating that increasing data center energy consumption and sustainability requirements mean data center owners need efficient and sustainable power solutions. It then discusses how gas-fueled power generation using natural gas engines is a cost-effective, efficient, and cleaner alternative to grid power or diesel generators. The document provides details on gas engine technology for data centers, including fast start-up times, efficient combustion control, and modular LNG storage and regasification systems. It also covers optimal electrical designs for redundancy and reliability, including ring busbar topology examples. In summary, the document promotes gas-powered energy centers as cleaner, more efficient solutions for data center power needs.
Case study for CORAL BAY energy modelling for a WIND DIESEL and stabilization...Alberto Vázquez Garea
This document discusses ABB's case study of the Coral Bay hybrid wind/diesel microgrid in Australia. The microgrid utilizes 7 diesel generators, 3 wind turbines, and a flywheel energy storage system to maximize wind power output while maintaining a stable power supply. ABB provided the microgrid design, energy modeling tools, control systems, and energy storage technology to enable over 45% of the energy to be supplied by wind. The system demonstrates how microgrids can successfully integrate high levels of renewable energy through advanced control and energy storage solutions.
1) Large wind power is used for grid connections and industrial applications while small wind is used for local buildings, mobile towers, and individual homes.
2) India has potential for 48GW of wind power but has only harnessed 11GW so far. There are over 13 small wind turbine manufacturers in India.
3) A 10kW wind-solar hybrid system can provide enough power for 150 CFL bulbs, 30 fans, and 20 appliances, generating 46kWh per day. However, such small systems are currently not bankable for lending due to high upfront costs.
- Motor winding insulation experiences higher voltage stresses when used with an inverter compared to direct mains supply, due to fast rising voltage pulses from the inverter interacting with cable capacitance.
- For supply voltages less than or equal to 500V AC, most standard motors are immune to the higher stresses. For voltages over 500V AC, an enhanced winding insulation system or additional components to limit voltage are required.
- The report provides guidance on motor selection, insulation requirements, and alternative preventative methods to limit voltage stresses when using PWM inverters.
This document summarizes a wind power project in Rameswaram, India that analyzed the feasibility of installing two Gamesa G58 wind turbine generators (WTGs) with a rated capacity of 850 kW each. WindPro software was used to model the site's wind resource, estimate annual energy output of 2,131 MWh per WTG, and calculate a capacity factor of 28.6%. Economic analysis estimated a payback period of 7.3 years based on the local electricity rate. Noise and shadow modeling found the WTGs would meet regulatory limits. The project was deemed economically feasible if other installation costs beyond the turbine costs were reduced or excluded.
The document summarizes Siemens' D7 platform of 6.0-MW and 7.0-MW direct drive wind turbines for offshore use. It describes the turbines' key features including their direct drive technology with fewer moving parts, 154-meter rotor blades, increased power output of the 7.0-MW model, and optimized design for reliability, efficiency, and cost-effectiveness in offshore environments. The turbines are part of Siemens' portfolio of wind power solutions drawing on over 30 years of experience in innovating wind energy technologies.
Comprehensive Power Introduction Q2 2012 - PM Motors/Generators, drives and c...Jeff Sable
Comprehensive Power is a leading designer and manufacturer of high-performance permanent magnet motors, generators, controls and drives. It provides rugged and reliable solutions for industries such as oilfield, military, and marine propulsion. The company offers modular, configurable systems with industry-leading performance built on scalable permanent magnet motor architecture and drive/control electronics. Comprehensive Power applies advanced power and control technology to overcome mission-critical challenges for customers.
The new Q.PRIME-G5 solar module from Hanwha Q CELLS is an evolution of their monocrystalline solar modules. It has improved power yield, reliability, and safety, allowing it to generate electricity at a low cost and be suitable for rooftop and ground-mounted applications. It uses advanced 6-busbar cell technology and performs well in real-world conditions, with an efficiency rate of up to 18.0%. It comes with a 12-year product warranty and 25-year linear performance warranty.
The document discusses wind energy and wind turbines. It provides an overview of wind power, why renewable energy is important, the Kyoto agreement on reducing greenhouse gases, and wind power potential and development in India. It then discusses ALTEM Power Limited, an Indian company that manufactures wind turbines, and provides technical details on its product range and the factors to consider when setting up a wind turbine.
Weg solutions-for-pulp-and-paper-50024433-brochure-englishDaniel García
WEG provides complete solutions for the pulp and paper industry, including motors, automation equipment, energy solutions, and services. They offer products and support for all stages of pulp and paper production from the wood yard to the paper machine. WEG can supply equipment for pulp preparation, papermaking, drying, packaging, and power generation and distribution within a pulp or paper mill.
Hydro is developing a floating offshore wind turbine concept called Hywind. The document provides technical specifications of the floating wind turbine design, which includes a 2.3 MW turbine on a deep draft cylindrical floating hull that is anchored to the seafloor. Extensive scale model tests were conducted and showed the design had low dynamic motion in waves up to 14 meters. The design faces challenges around fatigue loads on the steel tower but aims to achieve low costs through simple anchoring and fabrication/installation in sheltered waters. The Hywind concept has large potential for providing renewable energy on a scale comparable to other offshore energy sources.
This engineering report proposes the design, installation, operation and maintenance of a 3.0 MW diesel power plant for TECO Middle East Electrical & Machineries Co. Ltd. in Dammam, Saudi Arabia. The report recommends installing six 500KW generator sets to meet the factory's 2500KW load demand. It includes details on the generator set foundations, diesel fuel selection, fuel supply system, exhaust system, cooling/ventilation, and maintenance schedule. An economic analysis estimates the return on investment will be 0.707 years. The evaluation concludes proper equipment selection and integration of computer controls will result in an efficient, economical plant.
Sidima AG is a South African electrical engineering consulting company founded in 2013. It provides services such as power systems analysis, energy management, electrical engineering, project management, automation, and training. The company aims to be a leading engineering consulting firm in Africa through delivering high quality work and technical excellence. It has completed various projects for clients such as Eskom, Siemens, and ArcelorMittal South Africa.
IRJET- Energy Conservation by Energy Efficient Motor (Case Study of Paper Ind...IRJET Journal
This document discusses replacing standard induction motors with energy efficient motors (EEMs) in paper industries to conserve energy. EEMs have improved designs that reduce losses, improving efficiency. This includes using thinner steel laminations, more copper in windings, and optimized air gaps. Case studies found EEMs saved significant amounts of electricity compared to standard motors while paying for themselves in under five years. Replacing motors with EEMs provides environmental, microeconomic, and macroeconomic benefits like reduced emissions and costs.
Technologie - Wasserkraft für den Strommarkt der Zukunftengineeringzhaw
ZHAW School of Engineering, Energie- und Umweltforum vom 8. März 2017 zum Thema Wasserkraft Schweiz
Mirjam Sick, VP R&D Programm und Innovationsmanagement, ANDRITZ Hydro
Performance paramter and suggestion to optizing the performnce of grid connec...Ashish Verma
performance evaluation of Solar PV plant ,in term of technology , financial investment , research and development is very important for growth of Solar PV Industry .
The Vestas V112-3.0 MW wind turbine sets new standards with its 54.65 meter blades, allowing it to produce more energy from lower wind speeds. It builds on proven Vestas technology to deliver reliable performance and reduce downtime. New innovations in the permanent magnet generator and full-scale converter provide excellent grid support and optimum energy production over a wide range of wind speeds.
Gender challenges in clean energy sector can networkRCREEE
Women play an important role in the clean energy sector but face challenges. Case studies from Yemen, Lebanon, the UAE, and Palestine show successful women entrepreneurs and leaders in solar energy. However, women face barriers to securing funding, building partnerships, and educating stakeholders. Actions to address the gender gap include strengthening international cooperation, providing targeted funding, improving access to networks, and supportive policies to promote gender equality in clean energy.
Climate and energy policies advocacy of youth in the arab worldRCREEE
The document summarizes a regional project aimed at strengthening the advocacy capacities of youth in the Arab world on climate and energy policies. It discusses objectives to build skills in energy and climate fields and integrate societal aspects like gender disparities. A key output is a policy paper presenting recommendations from 12 young professionals and activists from 10 Arab countries (majority women) to regional decision-makers on energy visions and policies. The project also aims to empower women in sustainable energy and give them a platform to influence decision-making processes.
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This document discusses gas-powered energy centers for data centers. It begins by stating that increasing data center energy consumption and sustainability requirements mean data center owners need efficient and sustainable power solutions. It then discusses how gas-fueled power generation using natural gas engines is a cost-effective, efficient, and cleaner alternative to grid power or diesel generators. The document provides details on gas engine technology for data centers, including fast start-up times, efficient combustion control, and modular LNG storage and regasification systems. It also covers optimal electrical designs for redundancy and reliability, including ring busbar topology examples. In summary, the document promotes gas-powered energy centers as cleaner, more efficient solutions for data center power needs.
Case study for CORAL BAY energy modelling for a WIND DIESEL and stabilization...Alberto Vázquez Garea
This document discusses ABB's case study of the Coral Bay hybrid wind/diesel microgrid in Australia. The microgrid utilizes 7 diesel generators, 3 wind turbines, and a flywheel energy storage system to maximize wind power output while maintaining a stable power supply. ABB provided the microgrid design, energy modeling tools, control systems, and energy storage technology to enable over 45% of the energy to be supplied by wind. The system demonstrates how microgrids can successfully integrate high levels of renewable energy through advanced control and energy storage solutions.
1) Large wind power is used for grid connections and industrial applications while small wind is used for local buildings, mobile towers, and individual homes.
2) India has potential for 48GW of wind power but has only harnessed 11GW so far. There are over 13 small wind turbine manufacturers in India.
3) A 10kW wind-solar hybrid system can provide enough power for 150 CFL bulbs, 30 fans, and 20 appliances, generating 46kWh per day. However, such small systems are currently not bankable for lending due to high upfront costs.
- Motor winding insulation experiences higher voltage stresses when used with an inverter compared to direct mains supply, due to fast rising voltage pulses from the inverter interacting with cable capacitance.
- For supply voltages less than or equal to 500V AC, most standard motors are immune to the higher stresses. For voltages over 500V AC, an enhanced winding insulation system or additional components to limit voltage are required.
- The report provides guidance on motor selection, insulation requirements, and alternative preventative methods to limit voltage stresses when using PWM inverters.
This document summarizes a wind power project in Rameswaram, India that analyzed the feasibility of installing two Gamesa G58 wind turbine generators (WTGs) with a rated capacity of 850 kW each. WindPro software was used to model the site's wind resource, estimate annual energy output of 2,131 MWh per WTG, and calculate a capacity factor of 28.6%. Economic analysis estimated a payback period of 7.3 years based on the local electricity rate. Noise and shadow modeling found the WTGs would meet regulatory limits. The project was deemed economically feasible if other installation costs beyond the turbine costs were reduced or excluded.
The document summarizes Siemens' D7 platform of 6.0-MW and 7.0-MW direct drive wind turbines for offshore use. It describes the turbines' key features including their direct drive technology with fewer moving parts, 154-meter rotor blades, increased power output of the 7.0-MW model, and optimized design for reliability, efficiency, and cost-effectiveness in offshore environments. The turbines are part of Siemens' portfolio of wind power solutions drawing on over 30 years of experience in innovating wind energy technologies.
Comprehensive Power Introduction Q2 2012 - PM Motors/Generators, drives and c...Jeff Sable
Comprehensive Power is a leading designer and manufacturer of high-performance permanent magnet motors, generators, controls and drives. It provides rugged and reliable solutions for industries such as oilfield, military, and marine propulsion. The company offers modular, configurable systems with industry-leading performance built on scalable permanent magnet motor architecture and drive/control electronics. Comprehensive Power applies advanced power and control technology to overcome mission-critical challenges for customers.
The new Q.PRIME-G5 solar module from Hanwha Q CELLS is an evolution of their monocrystalline solar modules. It has improved power yield, reliability, and safety, allowing it to generate electricity at a low cost and be suitable for rooftop and ground-mounted applications. It uses advanced 6-busbar cell technology and performs well in real-world conditions, with an efficiency rate of up to 18.0%. It comes with a 12-year product warranty and 25-year linear performance warranty.
The document discusses wind energy and wind turbines. It provides an overview of wind power, why renewable energy is important, the Kyoto agreement on reducing greenhouse gases, and wind power potential and development in India. It then discusses ALTEM Power Limited, an Indian company that manufactures wind turbines, and provides technical details on its product range and the factors to consider when setting up a wind turbine.
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WEG provides complete solutions for the pulp and paper industry, including motors, automation equipment, energy solutions, and services. They offer products and support for all stages of pulp and paper production from the wood yard to the paper machine. WEG can supply equipment for pulp preparation, papermaking, drying, packaging, and power generation and distribution within a pulp or paper mill.
Hydro is developing a floating offshore wind turbine concept called Hywind. The document provides technical specifications of the floating wind turbine design, which includes a 2.3 MW turbine on a deep draft cylindrical floating hull that is anchored to the seafloor. Extensive scale model tests were conducted and showed the design had low dynamic motion in waves up to 14 meters. The design faces challenges around fatigue loads on the steel tower but aims to achieve low costs through simple anchoring and fabrication/installation in sheltered waters. The Hywind concept has large potential for providing renewable energy on a scale comparable to other offshore energy sources.
This engineering report proposes the design, installation, operation and maintenance of a 3.0 MW diesel power plant for TECO Middle East Electrical & Machineries Co. Ltd. in Dammam, Saudi Arabia. The report recommends installing six 500KW generator sets to meet the factory's 2500KW load demand. It includes details on the generator set foundations, diesel fuel selection, fuel supply system, exhaust system, cooling/ventilation, and maintenance schedule. An economic analysis estimates the return on investment will be 0.707 years. The evaluation concludes proper equipment selection and integration of computer controls will result in an efficient, economical plant.
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IRJET- Energy Conservation by Energy Efficient Motor (Case Study of Paper Ind...IRJET Journal
This document discusses replacing standard induction motors with energy efficient motors (EEMs) in paper industries to conserve energy. EEMs have improved designs that reduce losses, improving efficiency. This includes using thinner steel laminations, more copper in windings, and optimized air gaps. Case studies found EEMs saved significant amounts of electricity compared to standard motors while paying for themselves in under five years. Replacing motors with EEMs provides environmental, microeconomic, and macroeconomic benefits like reduced emissions and costs.
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The Vestas V112-3.0 MW wind turbine sets new standards with its 54.65 meter blades, allowing it to produce more energy from lower wind speeds. It builds on proven Vestas technology to deliver reliable performance and reduce downtime. New innovations in the permanent magnet generator and full-scale converter provide excellent grid support and optimum energy production over a wide range of wind speeds.
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The document summarizes a regional project aimed at strengthening the advocacy capacities of youth in the Arab world on climate and energy policies. It discusses objectives to build skills in energy and climate fields and integrate societal aspects like gender disparities. A key output is a policy paper presenting recommendations from 12 young professionals and activists from 10 Arab countries (majority women) to regional decision-makers on energy visions and policies. The project also aims to empower women in sustainable energy and give them a platform to influence decision-making processes.
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