Sentences with phrase «turbine generator systems»
Recommended Practices for Design and Specification of Gearboxes for Wind Turbine Generator Systems.
http://www.windsystemsmag.com/ Not exact matches
A mixture of gas turbine and diesel generators should be used, he says, and water and air cooling systems should both be considered for diesel generators in case a shortage of air or water might be an issue at the generator location.
Sam's focus is microelectric mechanical systems, and his name wound up on a paper called «Generating Electric Power With a MEMS Electroquasistatic Induction Turbine Generator» («a gas generator about an inch square and a quarter - inch thick,» Generator» («a gas generator about an inch square and a quarter - inch thick,» generator about an inch square and a quarter - inch thick,» he says).
The rise and fall with each wave alternately pressurizes and depressurizes the air at the top, which can drive a turbine; Wavegen in Scotland, partly owned by Siemens, the giant electrical company, recently opened a 100 - kilowatt generator based on this system.
Hong Kong - based Hybrid Kinetic Group does specialise in turbine systems however, and its website makes claims that its turbine generators are as little as a half to a third the size of a conventional piston engine, runs 20,000 hours maintenance free and can run on virtually any fuel - from petrol and diesel to hydrogen, or propane.
We started looking at all sorts of other ways to dramatically reduce our consumption of energy and to increase our production, including photovoltaic cells and a Sterling cycle generator (which is one of my own designs), and other things to augment and improve the wind turbine system.
Unlike many other systems available, Ingeteam's new innovation in power conversion can turn fixed - speed drivetrains to variable speed without the need to recondition the generator or a turbine's PLC..
GE supplied the full EPC for the 1,010 MW net ultra-supercritical power plant including its boiler, steam turbine, generator, and complete set of Air Quality Control Systems (AQCS).
When power is needed from the plant, the hot salt is pumped to a generator that produces steam, which activates a turbine / generator system that creates electricity (NREL 2001).
Electric power systems with a large share of intermittent resources may rely more on flexible resources such as gas turbines or hydropower to «firm up» the output of intermittent generators.
Today's story describes how electric power system planners treat wind generators, recognizing that the wind necessary to achieve a turbine's full generating capacity may not be available at the time of peak electric demand.
However, in case of variable speed wind turbines deploying inverters for connecting the generator to the grid, the wind and the solar PV system can be connected to the intermediate DC bus of the AC - DC - AC converter.»
Amount of electrical power delivered or required for which manufacturers rate a generator, turbine, transformer, transmission circuit, station, or system
Three piping loops would cool the reactor: the primary loop (using molten sodium), an intermediate sodium loop between the radioactive primary system and the steam generators, and a water loop to generate steam for the turbine.
Hydro - Gen, based in France, have produced a low - cost low - maintenance floating marine or river - current energy - converter system, mounted under a platform supported by a catamaran, with a slide - able turbine and generator unit that can be raised out of the water for maintenance on a tower, and which can also be folded down for transport by truck.
By tracking the sun on two - axes and concentrating its energy in a single place at the boiler, the system is able to produce steam at temperatures that take advantage of the world's most efficient steam turbine generators.
Key Power Engineer duties and responsibilities include operating, maintaining, repairing and renovating equipment such as boilers, steam systems, heat and air - conditioning systems, motors, condensers, pumps, turbines, generators, compressed gas systems, diesel engines, automated machinery and more.
Relocation of 2 million cubic yards of soil, reconstruction 115kv substation, construction of underground collector system, access roads, turbine foundations, O&M building, and erection, tower wiring, and turnover of (8) Clipper 2.5 MW C - 98 Generators.
Developed project teams, coordinated with HR in hiring and terminating of individuals Projects: • Milford Wind Corridor Project Phase I, Milford, UT Client: First Wind, 4/2009 - Present Scope: $ 70M BOP Contract, Includes design and construction of collector system, substation, 89 miles of 345kv transmission line, operations and maintenance facility, SCADA system, access roads, turbine foundations, erection, and tower wiring as necessary to support (58) Clipper 2.5 MW C - 99 generators and (39) GE 1.5 MW XLE generators; a total of 204MW potential output.
Performed preventative maintenance and repairs to the plant's boilers, turbine - generator, conveyor system, and other auxiliary equipment.
Skills relevant to this position and found on sample resumes include overseeing the operation, maintenance and repair of plant equipment and auxiliary systems; recommending changes in operational methods and procedures; diagnosing problems relating to equipment malfunctions; and operating steam and electrical generating turbines and / or generators to provide emergency electrical power.
Maintains offshore rig electrical systems including SCRs, PLCs and generator controls; maintains turbine AC & DC motors and motor controllers.
Performed maintenance to several imperative systems including but not limited to: Fuel oil Systems, Boiler Systems, Water Systems, Gas Turbine Systems, and Propulsion / Generator Plant Control systems including but not limited to: Fuel oil Systems, Boiler Systems, Water Systems, Gas Turbine Systems, and Propulsion / Generator Plant Control Systems, Boiler Systems, Water Systems, Gas Turbine Systems, and Propulsion / Generator Plant Control Systems, Water Systems, Gas Turbine Systems, and Propulsion / Generator Plant Control Systems, Gas Turbine Systems, and Propulsion / Generator Plant Control Systems, and Propulsion / Generator Plant Control Panels.
Multi-task background includes operating high - pressure boilers, turbines and generators to regulate the megawatt system demand and synchronization of units
Conducted electrical startup and commissioning activities, and assisted with testing and checkout of three 22 MW Solar Gas Turbines and one Cummings Black Start diesel generator system.
United States Navy • USS Nimitz / USS Carl Vinson 2002 — Present Nuclear Power Student (2002 — 2005) Chief Machinery Operator (2005 — 2011) Work Center Supervisor (2011 — Present) As Chief Machinery Operator supervised 6 personnel in safety operations of Nimitz Class Aircraft Carrier Engine Room containing 2 Main Engines providing propulsion, 2 Turbine Generators providing electricity, and 2 Distilling Units producing 100K gallons of fresh water per day, with oversight of all support systems for propulsion plant.
Lab Equipment Direct Reading Hydrometer, EZ Zahn (ASTM) Dip Cups, Viscometer, Synchro - Lectric Viscometer, Armfield Reaction Turbine, Armfield Centrifugal Pump System, Technovate Model 9007 Air Distribution System Bench, Digital Multi-meter (DMM), Function Generator, Oscilloscope
Areas of experience; HRSGs, coal fired boilers, combustion turbine / generators, wet and dry FGD systems, hot SCRs and auxiliary systems associated with power generation facilities.
Responsibilities have included; development of opportunities in the power generation field, estimating and management of projects; development and submittal of proposals; interaction with internal and external stakeholders, etc... Areas of experience; HRSGs, coal fired boilers, combustion turbine / generators, wet and dry FGD systems, hot SCRs and auxiliary systems associated with power generation facilities.
• Championed the operation, repair, and performance maintenance on mechanical components of gas turbine engines / generators, main propulsion machinery, auxiliary equipment, and propulsion control systems.