Sentences with phrase «generation of power generators»

The feds could use the revenues from such a levy to reduce other taxes — including dividend and capital - gains taxes further to spur the massive private investment needed to build the next generation of power generators — while ensuring that they're also creating a political and regulatory climate to encourage such mass - scale construction.

Not exact matches

This gas, composed mostly of methane, can be used as a fuel for power generation (replacing diesel generators), compressed or sold into the natural gas grid.

Part of a heat recovery steam generator at Calpine's power generation plant in Deer Park, Texas, pictured on Feb. 26, 2004.

The basements were also home to many generations of frozen tissue samples that may have thawed when power was cut and back - up generators submerged.

More than 100 gigawatts of geothermal power (one tenth of the current U.S. electrical generation) could be developed for $ 1 billion during the next 40 years — at the full cost of one carbon - capturing coal - fired power plant or one - third the cost of a new nuclear generator.

The flow of data between consumers and generators allows the power generation companies to match demand with generation, to spot patterns in changing demand on a day to day basis or through the changing seasons and more.

Furthermore, the relatively quick process of converting coal - fired plants to biomass - fired generation is an attractive benefit for power generators whose generation assets are no longer viable as coal plants due to the expiration of operating permits.

Furthermore, the relatively quick process of converting coal - fired plants to biomass - fired generation is an attractive benefit for power generators whose generation assets are no longer viable as coal plants due to the expiration of operating permits or the introduction of taxes or other restrictions on fossil fuel usage or emissions of GHGs and other pollutants.

- INSTALLED FEATURES: Front Air Conditioning Zones: Single, Front Air Conditioning: Automatic Climate Control, Airbag Deactivation: Occupant Sensing Passenger, Front Airbags: Dual, Knee Airbags: Dual Front, Side Airbags: Front, Side Curtain Airbags: Front, Side - Curtain Airbag Rollover Sensor, Antenna Type: Diversity, Auxiliary Audio Input: Bluetooth, In - Dash CD: MP3 Playback, Radio: AM / FM, Satellite Radio: Siriusxm, Total Speakers: 6, ABS: 4 - Wheel, Braking Assist, Electronic Brakeforce Distribution, Electronic Parking Brake, Front Brake Diameter: 11.8, Front Brake Type: Ventilated Disc, Rear Brake Diameter: 11.5, Rear Brake Type: Ventilated Disc, Regenerative Braking System, Floor Mat Material: Carpet, Floor Mats: Front, Steering Wheel Trim: Leather, Ambient Lighting, Assist Handle: Rear, Cargo Area Light, Cargo Cover, Center Console: Front Console With Storage, Cruise Control, Cupholders: Front, Dimming Rearview Mirror: Manual Day / Night, Multi-Function Remote: Fuel Filler Door Release, One - Touch Windows: 4, Power Outlet (s): Front and Rear, Power Steering: Variable / Speed - Proportional, Power Windows: Lockout Button, Push - Button Start, Reading Lights: Front, Remote Engine Start, Retained Accessory Power, Steering Wheel Mounted Controls: Audio, Steering Wheel: Tilt and Telescopic, Storage: Accessory Hook, Touch - Sensitive Controls, Universal Remote Transmitter: Garage Door Opener, Vanity Mirrors: Dual Illuminating, Liftgate Window: Fixed, Rear Door Type: Liftgate, Axle Ratio: 2.16, Battery Saver, Electric Charge Cord: 120 Volt, Electric Motor Battery Type: Lithium Ion, Electric Motor Charging Time (240V): 4 Hours, Electric Motor Hp: 149, Electric Motor Miles Per Charge: 38, Electric Motor Power Output (Kilowatts): 111, Electric Motor Torque: 273, Electric Vehicle Extended Range Generator Displacement: 1.4, Electric Vehicle Extended Range Generator Hp: 83, Electric Vehicle Extended Range Generator Number of Cylinders: 4, Ev Battery Capacity: 16 Kwh, Door Handle Color: Body - Color, Front Bumper Color: Body - Color, Grille Color: Chrome, Mirror Color: Body - Color, Rear Bumper Color: Body - Color, Rear Spoiler Color: Body - Color, Rear Spoiler: Lip, Window Trim: Chrome, Infotainment: Mylink, Clock, Compass, Digital Odometer, Driver Information System, Fuel Economy Display: Range, Gauge: Tachometer, Trip Computer, Warnings and Reminders: Low Fuel Level, Daytime Running Lights: Led, Headlights: Auto On / Off, Taillights: Led Rear Center, Side Mirror Adjustments: Manual Folding, Side Mirrors: Heated, Active Head Restraints: Dual Front, Body Side Reinforcements: Side Impact Door Beams, Child Safety Door Locks, Child Seat Anchors: Latch System, Crumple Zones: Front, Energy Absorbing Steering Column, Impact Absorbing Bumpers, Pedestrian Safety Sound Generation, Front Seatbelts: 3 - Point, Rear Seatbelts: 3 - Point, Seatbelt Pretensioners: Front, Seatbelt Warning Sensor: Front, Driver Seat Manual Adjustments: Height, Driver Seat: Heated, Fro

The technology uses an Integrated Starter Generator (ISG) consisting of an integrated power generation and electric motor, as well as a lithium - ion battery pack.

The 2017 Accord Hybrid uses two electric motors, a propulsion motor that drives the wheels and a generator motor that produces electricity, both of which have been upgraded from the previous generation i - MMD for more power, smaller size and lighter weight.

The RX introduces the sixth generation of Toyota Hybrid Synergy Drive, the best yet at squeezing maximum current through the electric motor - generators — whether they're powering the car or capturing energy from braking — without the heat getting out of control.

This maze - like mirage is one entry in the 2010 Land Art Generator Initiative competition, which aims to combine clean energy generation and technology with the Land Art / Environmental Art movement, in the hopes of encouraging what they call «solution - based art practice» in creating «aesthetic power plants».

Consequently with the dramatic decrease in efficiency of fuel burn in the standby fossil fuel generators there is sweet FA practical reduction in CO2 emissions with the introduction of wind and solar power generation systems particularly when the energy costs of the producing and building the so called renewable energy systems are added to the grossly inefficient running of the ready to go to full generation capacity in minutes, fossil fuel powered standby generators which in many cases must be kept running at low or zero power generation to be able to come on line in minutes when the so called renewable energy systems fail to produce power,

No matter what type of power generation there may be on a power grid, there must always be a fall - back available; all generators, including coal - fired and nuclear, fail from time to time.

And as the English have done and as the Chinese and the Indians and etc will still do, they will use coal, lots of coal plus gas and oil for power generation until some capitalist somewhere with a very good idea on how to reduce costs and still make a fortune comes along and devises / discovers or restructures an old technology or a new power generation technology that is more efficient, lower cost, more profitable, just as reliable as fossil fueled, those coal, oil and gas generators

If power generator owners and governments had decreed that the most inefficient and most unreliable, most costly power generation systems that could be conceived to generate power for our modern civilisation were to be the norm then the so called renewable energy systems of wind and solar along with highly inefficient fossil fuel burning idling generators as standby's when the renewables fail to produce power then it is doubtful that a more hopelessly inefficient and unreliable system could be devised for a civilisation that depends so utterly on having dead steady, totally reliable, at call power every second of every day to run that civilisation's entire very sophisticated structures

Each regional model sector will encompass power generation, transmission, and sale; the financing, construction, and maintenance of power infrastructure (generators and transmission lines); and also key societal and environmental factors such as population, quality of life, and pollution.

They use backup generation capacity from factories (often diesel generators) to match supply to demand in periods of low renewable power generation.

We have advanced controls through WiFi towers that are spread out throughout the plant and we use the latest generation of steam power technologies, steam turbines and generators provided by General Electric.»

Their thermal power generation has increased continually to compensated for this disaster and the input from the wind generators, after 30 years of development, produces only 2.3 % of California's electricity.

Their thermal power generation has increased continually to compensated for this disaster and the input from the wind generators, after 30 years of development, produces

Figure 1 (Left): Example of a coal combustion power plant («Actual Generator Output») poorly following the grid operator's automatic generation control («AGC Command»).

The Renewable Remote Power Generation Program, which began in July 2000, provides financial support for the conversion of diesel - based generators to generators dependent upon renewable energy resources and technologies.

While the Clean Power Plan is a key driver of this increase in natural gas and renewable generation, EIA made significant downward revisions to both the projected cost of natural gas (as a fuel) and the projected capital cost of natural gas, wind, and solar generators in this year's edition of the AEO.

Customers interested in back - up generation may opt to install batteries instead of a fossil fuel powered generator.

Those figures include all of the state's generation, from investor - owned utilities, non-utility generators, and public power systems.

Thanks to falling costs of renewable energy technology, there is a notable shift away from renewable energy attribute certificates towards direct contracts with suppliers, as well as onsite generation and offsite grid - connected generators (power purchase agreements, or PPAs)-- meaning that increasingly, members are directly growing renewable energy capacity.

Installations of wind generators continue to increase, and with them the challenge of successfully integrating large amounts of intermittent generation while still maintaining the moment - to - moment balance of electricity supply and demand that is essential for stable operation of the power grid.

Curtailing wind generators reduces the production tax credit the wind plant operators would otherwise receive as renewable power generators (since the credit is a function of their generation).

Most of the backup generators only run when required to make up the short - fall in power generation and are idle at other times.

With the decentralization of power generation and the widespread conservation of energy use we will need less base load generators to supply demand.

For example, the Ontario Power Authority is drafting rules in respect of the Feed In Tariff regime for generators and a «micro» Feed in Tariff regime for local electricity distribution companies interested in making small scale investments in generation supply for their customers.

Lino regularly provides advice on power purchase agreements, generation interconnect agreements, natural gas interconnection agreements and a variety of other matters facing electric utilities, electric generators and energy companies.

TECHNICAL SKILLS • Familiar with all facets of operating the GFE power generation plant • Able to initiate start up and check the generators for accurate operations • Demonstrated ability to carry out routine scheduled maintenance • Proven ability to lubricate and cleans parts • Able to repair basic electrical equipment

U.S. Air Force Alabama National Guard, Montgomery • AL 1997 — 2009 Electrical Power Production Technician Served 12 combined years of intensive military experience and maintaining generators and power generation systems, 3 years a full - time Power TechniPower Production Technician Served 12 combined years of intensive military experience and maintaining generators and power generation systems, 3 years a full - time Power Technipower generation systems, 3 years a full - time Power TechniPower Technician.

An experienced Power Plant Technician with over 11 years of experience in the Power Generation and Power Distribution Industry with technical expertise in Gas Turbine Engines / Generators, Electrical Power Distribution, and Power Plant Operations.

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.

Civil Engineer — Duties & Responsibilities Serve as field engineer responsible for planning and tracking progress on multiple engineering projects Oversee the installation of 5,000 worked man - hours of instrument air copper pipe Direct crews of up to 30 Union Boilermakers and Pipefitters ensuring timely and efficient operations Manage crew of 10 Union Pipefitters installing 18,000 man - hours of critical and non-critical large bore balance of plant piping Responsible for planning and managing moment, seal welding, and large bore piping operations on three Nooter / Erikson Heat Recovery Steam Generators (HRSGs) Set and strictly adhere to project budgets and production timelines Ensure compliance with all safety protocols for operations of over 15,000 worked man - hours Create work packs, progress tracking tools, and schedule manpower in a cost effective manner Estimate structural steel costs for $ 500 million to $ 1 billion natural gas power generation facilities Present project estimates to Kiewit Power management for final review and approval Represent company brand with poise, integrity, and positpower generation facilities Present project estimates to Kiewit Power management for final review and approval Represent company brand with poise, integrity, and positPower management for final review and approval Represent company brand with poise, integrity, and positivity

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.