PYRDAN Energy Inc. is expanding its operations by entering in the the Renewable Energy Market. Solar Energy, Wind Energy and Geothermal Energy are some of the domains of interest.
Along with turnkey systems in the above domains, PYRDAN Energy provides consulting, education and training in Renewable Energy and Clean Energy.
Recent projects include training in the Liquefied Natural Gas (LNG) with Excel Career College and Douglas College in British Columbia – Canada.
PYRDAN Energy Inc. is planing on opening an European branch in western Romania close to Timisoara in the city of Giroc by the name PYRDAN Energy SRL.
We will keep you updated when the company is established and functioning.
By now, it is evident that we are facing an energy problem – while our primary sources of energy are running out, the demand for energy is continuously increasing. In the face of this situation, energy-efficient lighting systems have become a hot topic. Energy for lighting can consume between 60% (in educational settings) and 31% (in retail store applications) of an organizations electricity budget.
As the cost of energy rises, people are seeking ways in which to reduce energy consumption. The main reason is financial, but the specter of Global Warming (climate change) and respect for the environment by reducing CO2 emissions, also plays a role.
The two leading contenders for energy efficient industrial and commercial lighting applications are Magnetic Induction Lamps (also called Induction Lights) and Light Emitting Diodes (LED) lighting. This paper compares the current state of these two lighting technologies and demonstrates, scientifically, that Induction Lighting is the best, and most energy efficient choice, for a wide range of applications. Read more…
Magnetic induction lamps are basically fluorescent lamps with electromagnets wrapped around a part of the tube, or inserted inside the lamp. In external inductor lamps, high frequency energy, from the electronic ballast, is sent through wires, which are wrapped in a coil around the ferrite inductor, creating a powerful magnet. Read more…
While the initial cost per bulb is still high, the total lifetime cost of an LED light bulb is actually much lower than that of equivalent incandescent and CFL bulbs. Taking into consideration energy costs as well as time and resources required to replace shorter-lived incandescent and CFL bulbs, an LED bulb that lasts 80,000 hours has a much lower lifetime cost. Read more…