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

If you are discussing a solar farm project it is important to understand the difference between alternating current (AC) and direct current (DC) voltage. Solar power nameplate voltage is designated as direct current (DC). Electric utility line voltage is designated as alternating current (AC). In rare cases utility company line voltage can be designated as DC.

Since solar energy panels are designated in direct current, and electric company programs are in alternating current (AC), it is important to understand how to translate dc into alternating current (AC). The general guideline is to multiply the total DC (direct current) watts by 0.85 to arrive at alternating current (AC) level.

In California there are several programs that solar farms can participate in. After much study, Commercial Solar Design has concluded that the two most lucrative solar farm sizes are three megawatt and 20 MW. California legislation provides solar farm projects up to 3MW AC (alternating current) with a guaranteed interconnection as well as a must-buy for investor-owned electric companies. Another program; a RAM (reverse auction mechanism) allows for solar farms of up to 20 megawatts AC.

Any time you are contemplating a solar farm you must consider whether to employ a fixed ground mount or single axis tracker system. Commercial solar design supports single axis tracker layouts because the increased cost of single-axis tracker is canceled out by the additional income gained. The solar farm investment community has an interest in maximizing project ROI which single axis trackers provide.

One must also look at property use regarding solar farms. A single MWp block alternating current (AC) using single axis trackers on flat land in Central California will probably be roughly 805 feet long by 392 ft wide. When you include a number of MW blocks, spacing, service roads, setbacks and other considerations, 1MW alternating current (AC) uses up around 7 acres.

While thinking about a solar farm investment you will need to focus on acreage and size to accommodate either a 3MW or 20MW alternating current (AC) solar farm project. That means either a 21 acre or 140 acre parcel.

Yet another aspect to consider regards CUP (conditional use permitting). Most locations will not be ideal for solar farm projects on account of numerous aspects for example; Williamson Act, neighborhood objections, lack of a provision for solar farms within a general plan, property is covered with trees and shrubs and permit will never be issued for clear cutting, acreage is within a 100 yr floodplain, insufficient capacity on existing electrical power lines, way too remote to reach the existing power lines, a region already saturated with photo voltaic electricity, not in an IOU territory, and many other reasons. Commercial Solar Design makes a specialty of solar farm projects and can assist you determine whether your solar farm project is sensible.

When you think you then have a parcel suitable to solar farming, now is a wonderful time to get moving on organizing your project. Unfortunately solar farms are never cheap. A good solar farm investment will be able to return 15% or even more. There is actually a Government grant to pay for thirty percent of the project's entire cost. The balance is divided between 35 percent equity position and 35% loans. Commercial Solar Design has designed a very interesting program for landowners who are not able to provide 35% equity. Opportunities are readily available but you must move quickly to take advantage prior to when other people fill the capacity assigned to solar farm developments.

Conversion Process Of Dc To Ac And The Way In Which That Correlates To Solar Farm Investment
Since solar panels are designated in direct current and utility programs are alternating current (AC) it is important to understand how to translate direct current into alternating current (AC). The rule of thumb is to multiply the total direct current (DC) watts by 85% to arrive at alternating current (AC).

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