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Well generator van anyway.

Need to cut a small piece out of the fende to give the generator room to hit the tire in the right spot. Wiring all done and up and running.

100 KVA Perkins diesel generator - containerised.

Dilapidated old generator shot with Metz flash gun on Panasonic G6.

Using his high powered sonic generator Dr. L. Ego can rule the world!

Note:

1. The engine coolant temperature used temperature meter display;

2. The engine oil pressure used oil pressure meter display;

3. Generator current used current meter display and used change switch for each phase displayed separately

The control module has indicators for failure information:

1. Overspeed/underspeed,

2. Emergency stop

3. Low oil pressure;

4. High water temperature

5. Failure to start

6. Battery charger failure

   

www.dieselgeneratorchina.com

We are generator manufacturer from China,please view them and select the most helpful info for you. Besides,we also provide you with Diesel generator related products such as air-cooled Diesel generator and so on for your choice. 1. CE approved, powered by "SHUANGHAO" advanced air-cooled Diesel engine. 2. Noise-reducing enclosure, made of high-efficient noise-proof material. 3. Ideal for home emergency use or as standby power supply. 4. Large fuel tank, ensuring hours of continuous output. 5. Advanced direct fuel injection system. 6. Large silent muffler & air-cleaner, reducing exhaust and intake noise. 7. A variety of specially-designed control panels available for different markets.

Work shot in Berlin & Copenhagen, Summer 2014

Wind energy generator 3D animation project

Kind of looks crap, when you don't view it at a high resolution.

GE 7,500 KW Steam Turbine Generator

   

STEAM TURBINE-

   

Rated: 7,500 KW (15 Stages)

 

Speed: 3,600 RPM

Max

Capacity: 9,375 KW

 

Steam Pressure: 400 PSIG

 

Steam Temp: 750 F

 

Steam Exhaust Pressure: 1-1/2" HG ABS

   

A-C GENERATOR-

   

Type: Air Cooled ATB

 

Poles: 2

 

Cycles: 60

 

Phase: 3

 

WYE Connected For: 13,800 Volts

 

Rating: 12,500 KVA

 

Exciter: 250 Volts

 

Armature: 523 Amps

 

Field: 150 Amps

These are the generators inside of Hoover Dam

Credit: The Coldest Journey

Im generator#13 werden die Werke von vier sehr unterschiedlich arbeitenden Komponisten einander gegenübergestellt. Den Komponisten gemeinsam ist, dass jeder von ihnen eine Werkreihe für verschiedene Soloinstrumente unter Einbezug von elektronischen Klängen geschaffen hat. In seiner Reihe Synchronisms setzt Davidovsky die natürlichen Klangeigenschaften der Instrumente gegen ein nicht-temperiertes Klangkontinuum. Um dabei die Fixiertheit von Tonbandmusik zu überwinden, hat er sich hinsichtlich struktureller Komplexität, extremen Registern, Tempi und Tempowechseln mit Fragen nach den Grenzen der Wahrnehmung auseinandergesetzt. Auch beim Werk Anamorphoses III von Soveral dient die Elektronik dazu, die Ausdrucksmöglichkeiten des Instruments zu ergänzen. Piano Control von Kessler und Sequitur VIII von Essl gehören in eine Reihe

 

Monsters generator for Uovo Kids festival.

Project in collaboration with Zetalab & artigianato digitale.

More:

www.kprojects.it/works/monsters-generator/

Tested new Generator load. Batteries were only used for 4 seconds, before ATS started the generator and transferred power.

A 1500 KVA Deutz diesel generator painted green.

This generator powers our critical loads (refrigerator and cellphone chargers, boiler/pumps/thermostats for house heating, laptop computers, fiber-modem and wireless router, a handful of other outlets, and security lights) for about 10 hours on one tank (1.1 gal) of gas (using the ECO mode switch setting).

artist: Van Der Graaf Generator

title: The Least We Can Do Is Wave to Each Other

label: Probe

country: USA

date: 1970

 

Douglas A4D-1, Skyhawk, 1956

Leading edge slat deployed, with vortex generators visible

we get up early just to start cranking the generator

our limps have been asleep, we need to get the blood back in them

 

freelance whales

 

The Fort Knox energy team demonstrated during an Energy Security Project ribbon-cutting ceremony Wednesday the installation’s capability to operate independently of external power sources using natural gas from beneath the post’s surface – a first for a U.S. military installation.

The project was originally conceived to address mission readiness issues experienced in 2009 when an ice storm left Fort Knox and much of Kentucky without power for several consecutive days.

The harvesting of renewable methane gas on post in recent years and the installation’s six new energy substations that include gas generators now allow Fort Knox to continue 100 percent of its operations if power from the external utility provider is cut off. The post’s 3.7 megawatts of solar arrays and 6 million square feet of building space that is heated and cooled using geothermal energy has allowed the post to reduce its dependency on using other power sources, such as gas, as well.

“We’re giving back gold to the taxpayers,” said Garrison Commander Col. T.J. Edwards. “Our (Directorate of Public Works) estimates that we will save about $8 million per year from peak shaving.”

Peak shaving des-cribes another primary purpose of the Energy Security Project – switching to Fort Knox-produced power when energy demand strains the off-post energy utility, which is also when costs to purchase energy are at its highest. Com- bined with the savings achieved through geothermal heating and cooling, Fort Knox’s annual energy utility bill is projected to be $18 million less.

“Our energy team is special,” said Edwards. “We’ve won nine conse- cutive Secretary of the Army energy awards. But we don’t sit on our laurels. We’re constantly getting after it, asking how do we get better.”

Katherine Ham-mack, the assistant secretary of the Army for Installations, Energy and Environment, addressed the criticality for installations to maintain operating capability at all times.

“Energy security underwrites our unique ability to rapidly de- ploy, employ and sustain military forces around the globe, she

said. “And it’s for that

reason the Army is moving toward building resilience into our installations.”

Fort Knox’s ability to achieve this “resilience” was credited by the secretary and garrison commander as a result of Fort Knox Director-ate of Public Works, contracting command and legal officials working to establish partnerships with third parties whose expertise is in the energy field. As an example, Edwards singled out Brandon Marcum, an engineer and Harshaw Trane subcontractor for Nolin RECC, as a central figure in creating and developing the concept that became the Energy Security Project.

“We have authorities to work with third parties, leveraging core competency, capability and funding to enable us to meet our mission,” said Hammack. “The private sector partners have stepped up to help the Army in meeting our mission requirements.”

Nolin RECC staff gave the audience of about 150 area and military leaders, Fort Knox employees and area community members an inside look at its energy security bunker through a live video stream. Attendees were told how all of the systems function to achieve energy independence and peak shave. The built-in redundancies to prevent power failure – such as an off-site energy security bunker and the multiple, secured substations – were touted as well during the demonstration.

The formal celebration of the occasion involved a unique twist. Dignitaries and Army leaders didn’t cut a ribbon, they unplugged a ribbon. The ribbon was an LED cord, and when it was unplugged in the middle, the side connected to the Fort Knox power source stayed lit, symbolizing Fort Knox’s energy independence.

“Kentucky is very proud of the efforts here,” said Dave Thompson, Kentucky Commission on Mili-tary Affairs executive director. “We see Fort Knox as a growing in- stallation with undeniable potential for the future. Job well done.”

For more information about Fort Knox’s energy initiatives, read Capt. Jo Smoke’s story in the March 26 edition of The Gold Standard, titled “The Army’s only green island: 20 years of energy investments pay off,” which can be found at bit.ly/1FY4MT5. To learn more about the Energy Security Project visit youtu.be/CxNH7m0cdfw.

 

Photo By Renee Rhodes Fort Knox Photo

 

1/50th scale artwork for fairground lorry generator

The control module gives digital readouts of:

1. Generator voltage;

2. Output frequency;

3. Engine speed;

4. Battery voltage;

5. Engine hours run.

Note:

1. The engine coolant temperature used temperature meter display;

2. The engine oil pressure used oil pressure meter display;

3. Generator current used current meter display and used change switch for each phase displayed separately

The control module has indicators for failure information:

1. Overspeed/underspeed,

2. Emergency stop

3. Low oil pressure;

4. High water temperature

5. Failure to start

6. Battery charger failure

    

www.dieselgeneratorchina.com

Inside small hydro power plant constructed in Sučeska river in Bosnia and Herzegovina

This application generates random Haiku poems by using original Haiku poems from the japanese poets:

 

Takahama Kyoshi, Shiki Masaoka, Kobayashi Issa, Basho Matsuo, Murakami Kijo, Kawahigashi Hekigodo, Buson Yosa, Ryusui, Raizan, Kojo and Kato.

 

Check the application here: www.gilbertomoya.es/haiku-poem-generator.html

 

Gilberto Moya Perona.

Work shot in Berlin & Copenhagen, Summer 2014

Looks like its almost new, but hasnt been used in over 20 years!

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