Dialogue Regarding The Conversion Of DC To AC And Subjects Corresponding To Solar Farm Investment
When discussing a solar farm project you will need to understand the difference between alternating current (AC) and DC (direct current) voltage. Solar power nameplate voltage is designated as direct current (DC). Utility line voltage is designated as AC (alternating current). In rare cases electric utility line voltage can be designated as DC.
Since solar panels are designated in direct current, and electric company programs are in alternating current (AC), it is important to understand how to translate direct current into AC (alternating current). The general principle is to multiply the total DC (direct current) watts by 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 discovered that the two most lucrative solar farm sizes are 3 MW and twenty MW. California legislation provides solar farm projects up to 3MW alternating current (AC) with a guaranteed interconnection in addition to 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.
When planning on a solar farm you needs to consider whether to use 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 offset by the increased cash flow gained. The solar farm investment community is interested in maximizing project ROI that single axis trackers provide.
One must also consider acreage use with regards to solar farms. A single megawatt block alternating current (AC) using single axis trackers on flat land in Central California will probably be around 805 feet long by 392 feet wide. For those who incorporate a number of MW blocks, spacing, maintenance roads, setbacks along with other considerations, 1MW AC (alternating current) occupies around seven acres.
If you are looking into a solar farm investment you will need to focus on land and dimensions to support either a 3MW or 20MW AC (alternating current) solar farm project. That translates to either a twenty one acre or one hundred and forty acre parcel.
Yet another consideration regards CUP (conditional use permitting). Most sites aren't ideal for solar farm projects due to countless issues for example; Williamson Act, community objections, lack of a provision for solar farms within a general plan, property is covered with trees and permit isn't going to be granted for clear cutting, acreage is within a 100 year floodplain, not enough capacity on existing electrical power lines, too remote to access the existing power lines, a community already saturated with photovoltaic electricity, not located in an IOU territory, and a lot of other reasons. Commercial Solar Design makes a specialty of solar farm projects and will help you determine whether your solar farm project is viable.
For those who believe you then have a parcel well suited to solar farming, now is an excellent time to get started on designing your venture. At the same time solar farms are not cheap. An effective solar farm investment will be able to return 15% or even more. There is a Federal government grant to pay thirty percent of the project's total expense. The balance is divided between 35 percent equity position and 35% financing. Commercial Solar Design has crafted a very worthwhile program for landowners who are not in a position to supply 35% equity. Opportunities are readily available but you need to move quickly to take advantage before others fill up the capacity assigned to solar farm projects.
U.S. Sustainable Energy Approach - A Byzantine Mixture Of Tax Credits, Refunds, State Government Mandates, Slowing Solar Farm Investment.
Well-heeled interest groups tend to dominate renewable energy discourse, and American energy policy reflects their paradigm of centralized generation dependent on high-voltage transmission lines.
CEC Grants Its First Solar Farm Thermal Venture In 20 Years With Beacon Solar Energy Company
Beacon Solar Energy plans to develop and maintain the 250-megawatt Beacon Solar Energy solar thermal farm along the western border within the Mojave Desert. Beacon Solar Energy initially requested permission in '08.
Find Out How Solar Power Energy Source Works
Solar electricity, having been dubbed as the most natural way of acquiring energy, gets its power from the brightest, hottest star known to man.
Cut Down On Power Costs With Solar Energy
An alternative to the traditional energy we get from our respective electrical companies is the use of solar power. Solar power or solar electricity is a way of acquiring energy but only through the use of the sun.
Solar Farming : All Of The Explanations Why Solar Farming Is Really An Incredible Investment Intended For Empty Acreage
A 24 acre solar farm with dual axis tracking and 3 MW of power can expect to see a 25 year profit in the neighborhood of $19,000,000 after payoff.
Advantages Of Switching To Solar Electricity: An Effective Means To Get Cheap Energy
The biggest advantage of solar power is the cost reduction you will receive on your energy bills. Solar electricity is superior to the conventional power systems of our current day.
Recent Press Releases Relating To Solar Farming Renewable Power Projects
Solar farms are becoming big business and 2010 is showing a lot of activity in this sector. The goal for California alone this decade is 30 gigawatts by 2020. This is enough renewable energy to power between 5 and 6 million homes in the state of California.
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