 |
|
Let Solarbright Solar Power show you how to let nature work for you, whether it's solar power on a residential place, commercial, School, .etc. Clean electricity has never been more affordable.
With rebates and incentives that are in place, the cost of installing the system and ongoing significant saving on annual electricity bills can virtually offset the cost of the system in around 4 years. |
| |
|
|
|
|
Our 100% Guarantee is that every system will:
Reduce your power bills instantly and possibly eliminate them - as soon as your solar system is installed you begin generating electricity from sunlight. This is either used to power your home or exported to the grid if you are away.
Allow you to sell excess power that your system generates for a profit - electricity prices are on the rise, for any excess power that is generated you can be paid almost 4 times what you buy it from making this a smart investment.
Receive generous state and federal incentives - depending on where you live you will be eligible for both federal and state incentives |
|
Do it's bit for the environment and future generations of Australians - reducing our use of fossil fuels and our impact on future generations can only be seen as a positive.
Solar bright supplies premium solar modules manufactured by Hyundai (one of the world's largest companies) and European inverters to ensure every system is of the highest quality. Our products are all fully warranted and installed by accredited installers. |
| |
| Solar Module |
| |
| SilexSolar SLX Series 180 Watt Photovoltaic Panel |
| |
| The SLX Series Panels |
| |
The SilexSolar SLX Series is a high power monocrystalline solar panel range that incorporates anti-reflective coated cells and glass to generate more energy (kWh per kW) in your installation. The panels have undergone the most rigorous testing to ensure reliable long term performance and is certified to comply with stringent safety and performance standards IEC61730 and IEC61215 respectively as certified by T¨ÜV Rheinland labs in Japan. Three bypass diodes, one per 24 cells, are incorporated in the junction box to provide protection for the cells when the panel is shaded to ensure long term reliability. All connections and materials are lead free and comply with RoHS requirements.
Quality and Safety
Conforms to European directives T¨ÜV certified according to the extended version of the IEC61215:2005 (Crystalline silicon terrestrial photovoltaic panels design qualification and type approval ) T¨ÜV certified according to IEC61730-1 and IEC61730-2 (Photovoltaic panels safety qualification, requirements for construction and testing). Panel electrical measurements are calibrated. |
| |
 |
|
SLX 170/175/180 Product Specifications brochure
Download the SLX Series Specifications brochure
|
SLX170 |
SLX175 |
SLX180 |
Rated Power |
170W |
175W |
180W |
Tolerance |
± 3% |
± 3% |
± 3% |
Panel Efficiency (1000W/m² 25°C) |
13-14% |
14-15% |
14-15% |
Nominal Voltage |
24V |
24V |
24V |
Maximum System Voltage |
1000V DC |
1000V DC |
1000V DC |
Protection Classification |
II |
II |
II |
Limiting Reverse Current, IR |
5.19A |
5.34A |
5.48A |
Maximum series fuse rating |
10 A |
10 A |
10 A |
Warranty* |
90% power output over 12 years
80% power output over 25 years
Free from defects in materials and workmanship for 10 years.
*Refer to SilexSolar’s |
|
| |
| Modules |
| |
| NUS0E3E Solar Module 180 Watt Grid Mono Crystalline |
| |
 |
 |
Sharp’s NU-S0E3E has superb durability to withstand rigorous operating conditions and is suitable for grid connected systems.
Model: NUS0E3E |
| |
| Inverters |
|
 |
- Dual input section to process two strings with independent MPPT (3600W models)
- Robust IP21 (NEMA 2) indoor enclosure and conformal coating of the boards to stand harsh environmental conditions
- High speed, advanced MPPT controls for maximum energy harvesting
- Very compact and light design for ease of installation: 3600W of output power in a box just 440mm x 465mm x 57mm weighting less than 7.5kg (16,5 lbs)
- Graphical LCD Display on the front panel with integrated data logger
- Transformer less operation for highest efficiency: up to 96%
- Reverse polarity protection minimizes chance of damage due to mis-wiring
- True Sine Wave Output
- Anti-islanding protection
- Certified grid connected operation according international standards
- Embedded RS232 and RS485 serial links and remote communication options (PLM, Dial-up modem, GSM and Ethernet)
|
| |
|
| How does solar work ? |
| |
|
| |
| Depending upon your needs and where you live, there are a variety of solar power systems that could work for you. |
| |
| Solar Power Systems - Grid-Tied (On Grid) |
| |
 |
Most people install grid-tied solar power systems -most often in cities, suburbs and industrial areas where access to utility-generated power is available. You can supplement your solar powered electricity with utility-generated energy if you use more electricity than the solar power system supplies.
When your solar power system produces more electricity you need, you can sell the excess to the PG&E, who delivers the clean, renewable energy to other customers. Consequently, the good you do for the environment doesn't stop at your home or office. Even neighbors without solar power can draw upon the renewable energy of the sun - while you bank credit to offset the utility-generated power you use at night. |
| |
|
| Solar Power Systems - Grid-Tied with battery backup |
|
Solar energy panels combined with batteries and generators for grid-tie applications couple the clean, power supplied by solar panels with the assurance that you will have electricity even during power outages that last for extended periods. During the day, the solar panels generate electricity as needed and charges batteries. If more power is required, or the batteries begin to run low, the natural gas or propane generator kicks in to recharge the batteries. It automatically shuts off when the batteries are fully charged. |
| |
| Solar Power Systems - Off-Grid |
|
Standalone, or off-grid, solar power systems consist of solar panels and a battery bank. They are typically used in rural areas and regions where there is no access to the utility grid. They may also be appropriate where the grid is somewhat close to the site, but expensive to bring in - for example, across a neighbor's property. We have installed a number of systems with battery back-up where the grid is available but where the homeowner has experienced unreliable power in the past or believes that he/she will be subject to power outages in the future. We have seen a number of property owners install battery back-up system just for philosophical reasons, for the desire to be independent of the grid and the “gaming” to which utility companies and their power suppliers have subjected customers in the past.
It may cost you as high as $50 per foot to bring utility power to your property, after which you'll continue to pay for power forever. It's often less expensive to add a solar energy system from the start and be your own power company. You can add the solar power system cost to your mortgage, reducing the combined costs of mortgage and utility bills.
When your off-grid solar power system produces excess electricity during the day, it is used to charge the batteries. When the sun's not shining, electricity is drawn from the batteries to power the home or business. The advantage is greater independence for you. The disadvantage is greater complexity and cost. |
| |
| Solar Credits |
| What is the Solar Credits scheme? |
|
On 9 June 2009 the Federal Government announced that:
“Homes, businesses and community organisations all over Australia installing renewable energy systems on or after today will receive Solar Credits following passage of the Renewable Energy Target legislation.”
The legislation was due to be debated in parliament in late June.
The effect of this legislation is to allow installers of eligible “small generation units” (SGUs) to create up to five times as many renewable energy certificates (RECs) as the SGU would normally be eligible for. The multiplier depends upon when the unit is installed:
Multiplier for certificates for small generation units Period Multiplier
1 July 2009 to 30 June 2010 – 5 x REC’s
1 July 2010 to 30 June 2011 – 3 x REC’s
1 July 2011 to 30 June 2012 – 2 x REC’s
1 July 2012 to 30 June 2013 – 1 x REC’s
To learn more about REC’s go http://ret.cleanenergyregulator.gov.au
SolarBright serves customers in Sydney and all throughout Australia.
|
| |
|
