The phasing out of fossil fuels as the main ingredient in electricity generation is one step forward in our efforts to help prevention of climate change and global warming. The rapid decline of fossil fuel availability and its ever-increasing cost are resulting in escalating cost of living for end-users who rely on electricity as a basic necessity in their everyday lives. The advantages of solar energy are undeniable, as fuel is free, inexhaustible, and there is more than enough solar energy to easily provide thousands of times the annual energy consumption worldwide. In fact, from sunlight alone, an average of 1,700 kWh of energy is produced annually per square meter of land. Countries such as Malaysia, with its rich abundance of year-round sunshine have nearly unlimited potential in solar generation.

Environmentally, half of the world’s man-made Greenhouse effect is caused by carbon dioxide. This gas is produced mainly by generation of energy from fossil fuel burning. Replacement of a diesel generator in an off-grid system reduces production of carbon dioxide by approximately 1kg per kWh! Also, the decentralization of fuel sources means less transportation of fuel. This greatly reduces the possibility of oil spills in our seas and oceans.   

Sulfarid Technologies provides products and consultancy services for solar electrification projects to areas where cabling works are either physically or economically unfeasible. Such places may not be targeted for electricity grid connection in the near future and the lack of availability of electricity in such areas encourages urban migration and overpopulation of cosmopolitan cities. 

Besides the implementation of hardware, we also design extremely cost effective, user-friendly and foolproof systems to avoid damages due to misuse. Timing systems, proper energy storage practices and high efficiency equipment guarantee that end users get the most out of the energy gathered by the photovoltaic panels. Maintenance programs are also provided to ensure a hassle-free environment.