Harnessing Microturbine and Wind Turbine Energy May Be the Answer For Companies Looking For Alternative Portable Power

Microturbine technology has certainly evolved since the first microturbines were first developed back in the 1970's. Those first microturbines were used to power nuclear power plants. When you look up the exact scientific definition for microturbine the generally used word is used for high speed gas turbines. Standard Microturbine technology has certainly grown and expanded considerably. Utilizing technology from jet engines to make electricity is still the stuff that dreams are made of. Now emerging from four standard microturbine energies: auxiliary powered units, small gas turbines, automotive development, gas turbines and turbochargers. This harnessed energy can be used on farms to make electricity from cow manure. Manure contains a substantial amount of of methane, making it a good energy source for this purpose. It can also be utilized to effectively to run commercial buildings, mining camps, schools and to power offsite structures in need of portable and efficient portable power.

Renewable energy sources such as wind turbines are also gaining acceptance and presence thanks to the popularity of the governments advancement toward low emission green standards towards energy. In some cases wind turbines may not be the best choice for everyone, as the only serious downside to the widespread use of this clean energy is in the higher cost. Both comprehensive new technologies require a large physical space. They also depend greatly upon their energy source. Without sufficient wind and sun, this technology cannot be used continuously. some areas where wind and sun are consistent this is a godsend, whereas in other locations a backup resource may still be necessary for constant energy that can be relied upon. The widespread use of these energies is an enormous improvement on emissions and is a great improvement on widely used diesel generators that suffer from inherent problems such as low energy conversion efficiency, poor communication stability and constant maintenance. Switching today to more effective technologies can greatly impact a company's efficiency, energy savings, and environmental impact.