Diesel Generator Perkins 100kw/130kva
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- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 unit
- Supply Capability:
- 100 unit/month
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Product Description
A diesel generator is the combination of a diesel engine with an electric generator (often an alternator) to generate electrical energy. This is a specific case of engine-generator. A diesel compression-ignition engine often is designed to run on fuel oil, but some types are adapted for other liquid fuels or natural gas.
Diesel generating sets are used in places without connection to a power grid, or as emergency power-supply if the grid fails, as well as for more complex applications such as peak-lopping, grid support and export to the power grid.
Main Product Features:
Engine (Perkins Model: 1106A-70TG1)
Radiator 40`C max, fans are driven by belt, with safety guard
24V charge alternator
Alternator: (Marathon Model: MP-104-4), single bearing alternator IP21, insulation class H/H
Absorber
Dry type air filter, fuel filter, oil filter
Main line circuit breaker
Standard control panel
Oil drain pump
One12V batteries, rack and cable
Ripple flex exhaust pipe, exhaust siphon, flange, muffler
User manual
Product Specifications:
1. Manufacturer / Model: Perkins Model: 1106A-70TG1,4 stroke
2. Air Intake System: Turbocharged, air-to-air charge cooling
3. Fuel System: /
4. Cylinder Arrangement: 6 in line
5. Displacement: 7.0L
6. Bore and Stroke: 105×127mm
7. Compression Ratio: 18.2:1
8. Rated RPM: 1500rpm
9. Max. Standby Power at Rated RPM: 132kwb
10. Governor Type: EMS2
FAQ:
Q1: What is Prime Power and Standby Power Rating?
A1: Prime Power (PRP): Prime power is available for an unlimited number of annual hours in variable load application, in accordance with GB/T2820-97（eqv ISO8528）; A 10% overload capability is available for a period of 1 hour within a 12-hour period of operation. Standby Power Rating (ESP): The standby power rating is applicable for supplying emergency power for the duration of a utility power interruption. No overload, utility parallel or negotiated outage operation capability is available at this rating
Q2: How do we guarantee the quality of our products?
A2: We have established an advanced quality management system which conducts strict quality tests at every step, from raw materials to the final product.
Q3: How soon can we receive the product after purchase?
A3: Within three days of placing an order, we will begin production. The specific shipping date is dependent upon international and government factors, but is typically 30 to 40 workdays.
Q4: What is your after sales service?
A4: CNBM provides a full line of brand new and high quality products. Each and every unit is strictly factory tested. Warranty is according to our standard conditions: a, 15 months, counted on the day CNBM sold to the first buyer; b, One year after installation; c, 1000 running hours (accumulated); subject to the earlier one. Service and parts are available from CNBM or distributors in your location.
- Q: i wan't to make a small diesel generator. I've access to all of the machines.which are needed in this project.i know about how the engine works.i don't know how piston rings and piston seals the combustion chamber,how to make them.how much power will my generator will generate.i wan't to make this generator for my PC.
- With respect, you're actually asking how to design and build your own engine. There are entire books on the subject, and you need plenty of diagrams as well. That's far beyond the scope of an answer on here. But if all you need is a 12v regulated dc power supply why not just get a model car or boat engine and see if you can hook it up to a car alternator from a scrapped vehicle via a suitable pulley gearing? It certainly won't be quiet though, and you'll need to ensure that the engine is either fan or water cooled and that there's a suitable exhaust outlet. Model diesel engines aren't very large, but there are larger scale copies of the old British Mills engine design made in India, and also various websites which give you details or sell you plans on how to build your own. Usually they have lapped pistons so don't need the complication of piston rings.
- Q: I need a means of driving a 3 horsepower induction motor re-purposed as an induction generator which would coincide with specific cost-effective parameters. I ran the numbers in an excel spreadsheet and realized that the amount of gasoline or diesel required to run an engine appropriate for a 3 horsepower generator consumes more fuel per hour than is economical when the electricity is sold back on the grid. Over a month period, here's what I calculated:Run time in Hrs: 300.00 (10hrs a day, 30 days)Gallons per hour: .30 (1/3rd gallon per hour avg. consumption for 5hp engine)AVG output KW: 2.00 (3 horsepower generator)Fuel in gallons: 90.00 Price of fuel $/gal: 3.50Kilowatt-Hrs: 600.00Energy Cost: .08Net Profit: -270.00I've considered using a pressure cooker, wood pellet stove, and compressor pump as steam engine for an economical way to produce long-term torque, but am not sure how to modify the pump to operate as a steam engine. Anyone have any ideas? Thanks
- Synchronizing an induction generator to the grid is a major problem. Forget it.
- Q: i want to see the model of this perkins generating set
- are you sure its a perkins? It may be a Yanmar?
- Q: I need the information to do a science project - how is this electrical energy stored?
- It's funny you should ask because I was just researching the wind energy subject while looking at getting a job with a company that makes generators. Generally I've found that it isn't! Wind power is usually expected to be supplimental to the power grid because you can't depend on it 24/7. The only exceptions to this are remote areas where they have no power grid access and even then they usually have diesel generators too. I have seen small ones on sailing boats where I'm sure it just tops up their batteries. Waste byproducts are zero or even negative. I say negative because in a lot of places the excess power is fed back into the power grid reducing the need for the other power stations to pollute as much. In fact the only bad things I've heard are from those that think they are an eye sore, those that think they are noisy (which generally are not) and those that think birds will crash into them. it's funny that they don't complain about the glowing ones that nest at my local nuke generating plant tho ;o)
- Q: I own a 2300 square foot home with an upstairs and downstairs heatpump. If I wanted to buy a generator to use in the event my power went down what size should I shoot for. I would like to be able at a minimum to provide upstairs heat (1000 square feet), maintain the fridge and provide minimal light at night. Basic survival type stuff. Also how much fuel would normally be consumed running for 24 hours?Thanks I know this is vague so generalities are fine.
- Don't go for the smallest you can get away with. A small unit straining can use as much fuel as a better unit loafing and you may need more power for tools, battery chargers, hair curlers, etc. Women will not be denied their comforts. Are we tallkng a portable unit? With a heatpump I would like a 10-12 kw minimum and a 20 kw with an automatic switch with tied to the main panel for two heatpumps and complete comfort. Since the heatpumps need more power to start than when running I like to add a delay timer to one of the air units so they don't start up at the same time when the gen-set kicks on. An often overlooked consideration is fuel source. Think about your area and what might become scarce or troublesome to get like fuel station lines and shortages, wasting one fuel to go get another and poor weather or travel conditions. In my area, no matter how bad the disaster, natural gas to the house was always working so that's what I recommend. Propane is another option for longer run times and alternative cooking fuel but that entails an on site storage tank. Propane stores well and, along with natural gas, won't gum up the lines or require stabilizing like gas or diesel fuel. Good luck
- Q: If you obtained all of your energy from a diesel generator, how much diesel would you save per year by switching from incandescent to CFL? Diesel has an energy density of 36 MJ/L and your generator operates with 40% efficiency. Incandescent bulbs consume 60-100W, while CFL consumes 15-25W.
- 1 Kwh 3.6 MJ. If you use each light 4 hours per day, and each was 100 watts, that is 4 x 100 x 10 x 365 1,460,000 watt hours per year. That requires 1,460 x 3.6 MJ 5,256 MJ. / 0.4 efficiency 13,140 MJ. So you need 13,140 / 36MJ/L 365 Liters of diesel. If you used CFLs, at 25 watts, the answer is 1/4 of that, so 365 / 4 91.25 Liters of diesel. So the savings is 365 - 91.25 273.75 Liters savings. At $1.25 per liter, that is $324.19.
- Q: 3 mi Island and Chernobyl catastrophies were also results of buffoons operating the plant. Is nuclear energy going to die because humans are too greedy, lazy, and stupid?
- The biggest human error would be building a plant on a major fault line. But if you look at the insanely high cost of building a nuclear power plant, the difficulty of managing it (as you see in the news now every night), plus the costs of dealing with nuclear waste that will be toxic for thousands of years, it is clear that nuclear power is ridiculous. The only thing going for it is that it produces near zero greenhouse gases. Solar, wind, geothermal and conservation are far better in every respect.
- Q: I am looking into using solar energy and generators for commercial use. Using the solar energy during the day is a piece of cake obviously. But I would need a backup generator for night-time use. If I were to get a commercial grade backup generator, could I essentially recharge it during the day while it is not in use? Any other suggestions that this route are welcome. Maybe even a backup storage (battery) for the the excess solar energy. Something to store the unused energy?
- well, thats will need very big battery capacity and also inverter ofcourse
- Q: Electricity for all the computers, controls, and sensors and everything. Is electricity for these devices supplied by the nuclear reactor itself, or is it from an outside source? I've heard something about an emergency diesel generator but that's probably something else.
- The power required to run house loads does come from the generator. If the generator trips off line because of a protective action or because the reactor itself has shut down, then the energy comes from the grid. If the grid has failed (perhaps causing the generator to trip) then power is still possible from a second offsite source. If both offsite sources fail for some reason, then the emergency diesel generators can power the required minimal loads required to cool the decay heat from the reactor.
- Q: Can bases be sources of electricity? Please explain why and cite your references. Thanks :)
- base has many meanings. Air force bases sometimes have a diesel generator. Base hospitals almost always have diesel generators. A chemical base, together the right metals, can act as a electrochemical cell (battery). A base metal, such as zinc and copper, with the proper acid can act as a electrochemical cell (battery). .
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Diesel Generator Perkins 100kw/130kva
- Ref Price:
-
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 unit
- Supply Capability:
- 100 unit/month
OKorder Service Pledge
OKorder Financial Service
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