The threat of continued electricity price rise poses significant challenges for any business in the region. By installing a commercial solar power system can reduce electricity costs immediately and significantly cut business risk going forward. Installing a commercial solar system in a business works in conjunction with your existing grid electricity supply. The electricity produced by your solar power system offsets the amount of electricity you need to purchase from your utility provider, thus reducing your electricity bill.
The amount of your electricity that a solar power system can offset will depend on the size of the solar system you install and the amount of electricity you consume in daylight hours. SOLECO can provide you with detailed analysis on the most appropriate size of system based on: Your available roof space / open space for mounting solar panels, Your electricity consumption patterns (Normal, peak & off peak), Power feed feasibility from your utility provider, Your budget
The business case for installing a solar system on your commercial ...premises is now very compelling. The price of solar power has declined dramatically over the past years and this, coupled with recent electricity price rises has meant that the business case for solar is now extremely attractive
Agriculture and farming are key to the survival and existence of life on the planet. Energy needs in farming & agriculture sector have substantially increased over a period of time as farmers shifted from traditional farming practices to modern technology driven methods. For most farmers, electricity cost is the biggest expenditure and solar energy can be adapted in agriculture in a number of ways, saving money, increasing self-reliance, and reducing pollution. A growing number of farms and agricultural businesses are looking to solar to power their daily operations and the cost of going solar has declined in last few years, enabling more installations across the country.
Solar based water pumping systems may be the most cost-effective water pumping option in locations where there is no existing power line. These power systems run pumps directly when the sun is shining, so they work hardest in the hot summer months when they are needed most. Generally, batteries are not necessary because the water is stored in tanks or pumped to fields and used in the day time. When properly sized and installed, PV water pumps are very reliable and require little maintenance. The size and cost of a PV water pumping system depends on the quality of solar energy available at the site, the pumping depth, the water demand, and system purchase and installation costs.
Agricultural technology is changing rapidly. Farm machinery, farm buildings and production facilities are constantly being improved. Cheaper and improved sources of energy are needed for efficient and smooth operations of the facilities. These sources of energy are clean, risk-free and constitute no harm to man and environment.
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