Solar Photovoltaic Solutions

Solar Photovoltaic Solutions

Diesel Electric Services (DES) dedicates itself to advancing the alternative energy industry. At DES we strive to help our customers make a positive impact on our world through the mitigation of human induced climate change and pollution. We believe that the generation of clean energy is a vital strategy in the effort to reverse human induced global warming. Whether your motives are personal ethical resolve, PR value, or economic gain, we aim to support your clean energy production goals.

We are dedicated to advancing the alternative energy industry through better understanding of the design principles, greater focus on safety issues, commitment to the wellbeing of our employees, and the development of best practices for installation methods and materials. Our goal is to promote the success of our company while encouraging the success of the industry at large. While the majority of our services are provided to consumer and business end users, we also cater to the industry through business-to-business relationships. We believe in a co-operative attitude in the development of the industry and, in many cases, are willing to partner with other companies to meet their project demands.

DES installed a 15kWp PV system on the sales office building in 2010 for research and development purposes. The system was installed utilising various technologies, placed on different azimuth plains in order to better understand optimum irradiance returns. To date the system has given DES invaluable data which has positioned us with a greater ability to serve our customer’s needs within the PV market. CARBON OFFSET: It is estimated that the time it takes a solar module to recover the amount of energy it requires for its manufacturing and transport is between 18 and 36 months. Most solar modules are warranted for 25 years and may have an engineered design life of 45 or more years. This illustrates that solar modules truly do provide energy that is “free” in terms of the economy of our carbon footprint. In 30 years of operation, each kilowatt of electricity generated by a solar electric system will offset approximately 40 tons of carbon dioxide emissions. That equates to approximately 120 tons for a typical residential system and approximately 40,000 tons for a one megawatt commercial scale solar system. Using the carbon offset benefits of trees as a metric, a typical residential system can be equivalent to planting 600 trees and a one megawatt commercial system can be equivalent to planting 200,000 trees.