Conversion Process Of Direct Current To Ac And The Way In Which That Correlates To Solar Farm Investment

When discussing a solar farm project it is very important understand the difference between AC (alternating current) and DC (direct current) voltage. Solar power electrical nameplate voltage is designated as DC (direct current). Electric company line voltage is designated as alternating current (AC). In rare cases electric company line voltage can be designated as direct current.

Since solar panels are specified in DC, and electric company programs are in AC (alternating current), it is important to discover how to translate dc into alternating current (AC). The general guideline is to multiply the total direct current (DC) watts by 85% to arrive at AC (alternating current) level.

In California there are numerous programs that solar farms can participate in. After much study, Commercial Solar Design has discovered that the 2 most money-making solar farm sizes are three megawatt and 20 megawatt. California legislation provides solar farm projects up to 3MW alternating current (AC) with a guaranteed interconnection or a must-take for investor-owned electric companies. Another program; a reverse auction mechanism (RAM) allows for solar farms all the way to 20 megawatts AC.

Whilst considering a solar farm you must decide on whether to use a fixed ground mount or single axis tracker solar panel array. Commercial solar design works with single axis tracker layouts because the higher price of single-axis tracker is canceled out by the additional profit generated. The solar farm investment community is interested in maximizing development return on investment that single axis trackers produce.

One must look at land use pertaining to solar farms. A 1 megawatt block AC (alternating current) using single axis trackers on flat property in Central California will probably be somewhere around 805 ft long by 392 ft wide. If you incorporate several MW blocks, spacing, maintenance roads, setbacks along with other factors, 1MW AC (alternating current) uses up somewhere around 7 acres.

When contemplating a solar farm investment you should focus on land and dimensions to allow either a 3MW or 20MW AC (alternating current) solar farm venture. This means either a 21 acre or 140 acre parcel.

Another consideration regards conditional use permitting (CUP). A good number of sites may not be well suited for solar farm projects on account of many variables including; too little capacity on existing electrical power lines, not located in an IOU territory, community questions, absence of a provision for solar farms within a general plan, area is blanketed with trees and shrubs and permit will not be issued for clear cutting, land is within a 100 year floodplain, way too out of the way to reach the existing power lines, a region already saturated with photovoltaic electrical power, Williamson Act, and many other factors. Commercial Solar Design makes a specialty of solar farm projects and may help you decide if your solar farm project is feasible.

If you think you've got a parcel well suited for solar farming, right now is an excellent moment in time to acquire moving on planning your venture. On the other hand solar farms are not inexpensive. The right solar farm investment will be able to return fifteen percent and up. There is actually a Federal grant to pay for 30% of the project's total expense. The remaining amount is divided between 35 % equity position and 35 percent loans. Commercial Solar Design has created a very interesting program for landowners who were not in a position to offer 35% equity. Possibilities are readily available but you will need to proceed quickly to take advantage prior to when other people fill the capacity allotted to solar farm projects.

1603 Investment Tax Credit (ITC) Grant-In-Lieu May Be Extended For Two Years Offering Important Benefit To Solar Farm Investment
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