How many redstone engines equal a steam engine

TruculentMC New Member. The efficiency break-even fuel values for the Hobbyist's Steam Engine are very low, I don't think people realize how efficient it truly is. I did some testing with MindCrack pack using engines hooked directly to Redstone Energy Cells, to determine the break-even points for the most commonly used fuels. Here are the total MJs produced by various engines at a fuel level where the Hobbyist's engine breaks even or becomes more efficient than the others: 4 charcoal : Hobbyist - Steam Engine - Stirling Engine - 1 Coal : Hobbyist - Steam - Stirling - 4 Peat : Hobbyist Engine - Steam Engine - Peat Engine - If you're burning less than 4 charcoal or 4 peat at a time, then the Steam and Peat engine respectively will be more efficient.

And a single piece of coal in the Steam engine is slightly more efficient than in the Hobbyist's by 21 MJ. This assumes you burn these amounts of fuel and then let the Hobbyist's engine fully cool down between runs. At greater amounts of fuel, the Hobbyst's engine surpasses the others by significant margins. Reactions: San , NerdimusPrime and Tylor.

Thank you very much for your answers. Especially you TruculentMC, those numbers where just the sort of thing I was after. Dec 8, 3, 3, Lost as always. The only other advantage it possesses is that it doesn't need a redstone signal to turn on, although it is an option.

In fact, by default, a redstone signal will turn it off. Or you can configure it to just ignore redstone signals entirely and run whenever it has fuel. Hobbyist's does grow with your energy system, though. When you get steam tech going, it's great for running those little projects like, say, both an Arboretum and a Logger at the same time, simplifying logistics.

What Shneekey said I like the Hobbyists as an early power source since it is very efficient when you have limited resources also fairly cheap to make early and can later be used as a spot power source for projects that are a little away from your normal power grid. Lambert New Member. This allowed goods to be transferred more efficiently. Steam engines lead to the depletion of Fossil fuels and were one of the main causes of pollution. The steam locomotive changed transportation by allowing us to ship goods and travel faster than ever before.

It gave us the ability to create new industries and mold transport into what it has become today. The steam locomotive was an icon of the industrial revolution in many countries throughout the world.

One long term impact of the steam locomotive is that it inspired mass transportation. The steam engine allowed many people to travel far distances in little time. This is still seen in our daily lives today. Steam power became the energy source for many machines and vehicles, making it cheaper and easier to produce commodities in large amounts.

This in turn increased the demand for raw materials used to build more machines that can produce even more commodities. If the steam train was never invented, the western side of the United States would not have been easy to travel to.

People would have waited until the car was invented. At that time the wagons were almost as fasts as the first cars so it would not make a difference. This would have delayed the gold rush. In steam. Steam power constitutes an important power source for industrial society. Water is heated to steam in power plants, and the pressurized steam drives turbines that produce electrical current. The thermal energy of steam is thus converted to mechanical energy, which in turn is converted into….

The invention of the steam engine made life easier because it improved transportation methods, aided the development of industry, and opened new opportunities for an emerging middle class. The steam engine was the basis for rapid expansion of the railroad system, speeding up transportation of people and goods. Plus, they tend to be heavier and more expensive than gasoline or diesel engines of a similar power output.

The Microgen Stirling engine produces alternating current 50 Hz and provides 1 kW of electrical power; ideal for use in domestic homes. Stirling engines will explode at In other words, the stirling engine continues to run quite a while after the instant the flame gauge empties and there is no more fuel in the slot to burn unlike Vanilla machines. Residue is a byproduct of oil processing or combustion.

It can be used as a pipe sealant, crafted alone in a bucket. You can power a steam engine with EU by supplying an Energy Link with EU, then plugging the engine directly into the side of the Energy Link, or by using conducting pipe to send the power to the engine.

Fuel is the refined version of Oil and is produced by putting Oil into a Refinery. It is highly recommended to do so as it is significantly more efficient than oil when burned in a Combustion Engine, and Oil is converted to Fuel in a ratio. A Combustion Engine also produces power at different rates based on the type of Fuel.

This may be the cause of some explosions as people power their refineries with 4 Combustion Engines only to eventually power them with fuel later, causing problems. Being connected even to a single wooden pipe even if leading nowhere will allow it to run indefinitely without any risk of exploding. The cycle is reversible, meaning that if supplied with mechanical power, it can function as a heat pump for heating or cooling, and even for cryogenic cooling.

The cycle is defined as a closed regenerative cycle with a gaseous working fluid. The maximum torque and power are 3. Stirling engine is an environmental friendly heat engine which could reduce CO2 emission through combustion process.