Grape Solar GS-3680-KIT Residential 3,680 Watt Grid-Tied Solar Power System Kit

!±8± Grape Solar GS-3680-KIT Residential 3,680 Watt Grid-Tied Solar Power System Kit

Brand : Grape Solar | Rate : | Price : $12,499.00
Post Date : Dec 27, 2011 17:32:36 | Usually ships in 2 to 3 days

Grape Solar GS-3680-KIT Residential 3,680 Watt Grid-Tied Solar Power System Kit

This Grape Solar 3,680 Watt kit generates 336kWh to 672kWh of electricity per month for use in your residence. The kit consists of Grape Solar CS-P-230-DJ 230W Poly-Si modules, a PVP3000 Inverter and a roof-top racking system for mounting the modules. This kit is easy to install, and the ideal size for future expansion. You have the option to generate a portion of your electricity consumption or the entire daily/monthly consumption of your household. Unlike other generators, there are no mechanical moving components; therefore, maintenance is virtually non-existent. The kit is eligible for receiving federal/state/local/ rebates and incentives. A complete high-performance solar PV system designed for USA/Canada/countries that use 120/240 AC, 60HZ. This kit combines Grape Solar's industry-leading solar panels with a top-of-the-line inverters and racking, specially designed for the highest system-level performance and most cost effective solution. Package DC power output: 3,680 Watt. (16) Grape Solar 230W Poly-Si panels.  Panels are UL, CEC and FSEC certified. Panel output tolerance: 0-Percent +3-Percent. Panel dimension 64.9-Inch by 39.0-Inch by 1.57-Inch.  Total roof space required: 288-squar feet. Impact resistance: hail diameter of 28mm with speed of 86km/h. (1) PVP-3000 inverters from PV Powered.  AC/DC system disconnects and 10 year warranty are included. (1) set of Regular Roof Mount racking system wind load up to 80mph.Recommended Electrical Wiring: 2 strings x 8 panels/string with PVP-3500 inverter. Combiners, cables, fuses are not included. Solar Panels: 25 years power output warranty, 10 year material and workmanship warranty. Inverter: 10 year warranty. Racking: 10 year warranty.

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Power beat goes backwards with 300 watts of solar panels and filigree tie inverter

!±8± Power beat goes backwards with 300 watts of solar panels and filigree tie inverter

This is just a demonstration of a power meter going backwards with the use of a hair dryer to demonstrate it going forwards.As soon as the hair dryer gets turned off,the solar panels create power,which goes through the inverter(please dont buy cheap chinese,if poss,buy Australian) and is put back into the grid and the meter goes backwards :)

Power beat goes backwards with 300 watts of solar panels and filigree tie inverter

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DIY - Sun 500W Grid Tie - Off Of Battery Bank Performance Test Part 1

!±8± DIY - Sun 500W Grid Tie - Off Of Battery Bank Performance Test Part 1

Just playing around with this 500W Grid Tie Inverter. Doesn't really make a huge impact on energy savings where I live, but it's fun to experiment with. Here you see where I begin my experiment by seeing how much more efficient this unit would be attached to a battery bank instead of to panels, the test will run within a 4hr period. During the testing period, I did witness my meter spinning backwards.

DIY - Sun 500W Grid Tie - Off Of Battery Bank Performance Test Part 1

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4 Criteria to Calculate Home Solar Power Rebates

!±8± 4 Criteria to Calculate Home Solar Power Rebates

For a home owner, making the investment on a residential solar power system can be expensive. A simple grid tied-in solar energy setup can cost upwards of ,000. Luckily, the government is on your side. If you are planning to make an investment on green technology for your home, you can apply for solar power rebates.

How do you calculate the solar rebates? Here are 4 criteria that you have to consider.

1) Your residential geographical area - This will take into consideration statistical weather patterns in your area. This includes cloud density and frequency, average temperatures, air density etc.

All the number combined will give a measure of how much sunlight you can expect in your housing area in a given year.

2) The size and orientation of your solar modules - The best sunlight exposure comes from a specific roof angle. Different angle will yield different solar output. To enjoy the rebates, your solar modules have to be setup on specified angles.

If the solar panels are installed outside the specified angles, the government will reduce the subsidies paid out.

3) Shading issues inherent to the solar modules - To get this data, a special hemispheric reflector is used to measure the relative location and shading effects of trees, chimneys, mountains, other tall building etc. The device will tell whether the shadow caused by the obstruction will affect your solar module efficiency at any time of the year.

4) Your home solar energy system efficiency - This data will relate to you solar power productivity. The solar components manufacturers will define their system efficiency.

However, the final results will depend on where and how the solar collectors are setup. The government will give you solar power rebates based on energy production. You do not get the subsidies based on solar system installation alone.

4 Criteria to Calculate Home Solar Power Rebates

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