There are many applications for Solar generation of electric power. There are also many ways to deploy the Photo-Voltaic (PV) panels required to generate the electricity.
Some applications will require storage for the electricity such as a battery system, while others will only require "On-Demand " power supplied directly from the PV panels.
The electricity that is generated can be stored in conventional battery 'banks'. Battery based storage systems not tied into the Power utility grid are known as 'Stand-Alone' or 'Off-Grid' systems.
In many localities, the PV system can be tied directly into the Electric Utility Company's Power Grid (Grid-Tie) . The excess power that is not immediately used is fed back into the 'Grid' via the process of 'Net-Metering'. When the power that was 'stored' on the grid is needed, it can be drawn from the Utility Company at no cost. Excess power generated and stored on the grid that is not used can be sold to the Utility Company which offsets the cost of the PV system.
And combining Solar generated electricity with Wind Turbines or with existing generators into a Hybrid system can provide all the electricity required in a modern home and protect against utility company outages caused by natural disasters and other emergencies.
Best of all, most states and the federal government have tremendous incentives to implement Renewable Energy Systems in the form of tax credits, rebates, and various tax exemptions. Check the incentives available in your area .
Types of Systems:
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Off-Grid
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Grid-Tie
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Hybrid
Read about the components that are used:
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Panels mounted on a south facing roof generating electricity for the home-owner. These panels will produce electricity as DC VOltage which will be inverted to AC voltage useable within the house or for export to the utility company power grid
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Perfect for the outdoors on a cabin. Many times a cabin's power usage is seasonal and it is not practical to haul a generator to the site. The noise and pollution associated with portable generators is annoying, expensive, and requires significant maintenance and hauling of fuel. SOlar power offers a clean, reliable solution for these applications. | |
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Water pumping applications using a solar powered pump is extremely popular and is a good fit where the well is located some distance away from the line power. The cost of running electrical service should be weighed against having a totally stand-alone independant pumping solution. This application doesn not require batteries since the pump is directly coupled to the solar panels. It pumps fastest duing the hottest times of the day when solar insolation is highest. | |
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Many uses exist where a small amount of power is needed reliably in a remote location. Some examples are railroad switching and signalling, buoys, airstrip approach and runway lighting, monitoring equipment for gas or water pipng, and stream or river gauging to name just a few. Solar panels with adequate storage can keep emergency equipment running and reliably provide years of maintenance free power.
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A popular use of renewable energy systems is for remote communication sites. Cell phone towers, and radio repeater sites, TV transmitters, and microwave relay sites all require power. While many of these are in metropolitan areas, bridging long distances over remote and difficult terrain is especially suited to use of solar, wind and hybrid power generation solutions . | |
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An often overlooked but very practical application is the installation of solar panels in lieu of or over traditional roofing for car ports. A properly installed system can use all the existing structures, or SYnergy Energy can install a new roof over your parking lot to harness solar energy and xxxx it with your utility grid | |
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Solar energy can be used for lighting to illuminate parking lots, remote buildings, sheds, and other locations. In many cases, the cost of the solar panels is less than the costs incurred to install the electrical wiring and connections to a power source located a considerable distance away. | |
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Attic venting is an important aspect in maintaining the functions in your home. Proper venting cools off your roof extending the material life and reduces the load on your air conditioning system. Attic venting also increases fresh air circulation which reduces vapor build up generated by everyday activities like showering and cooking. Excess moisture trapped in your attic can cause a variety of problems from rust and rot to increased bacteria and mold counts which can have a direct impact on your respiratory health! Passive vents have been a part of building codes for years but to really get the benefit of venting,soffit vents,ridges vents and louvers rely on nature to provide sufficient air pressure and air movement. So the majority of the timer your attic is stagnant and continues to build up heat and moisture. A Solar Attic Fan is a simple and environmentally sensible solution that can save you money. Powered completely by free solar energy, this sleek and efficient vent is both compact and quiet. Fully operational right from the box, it installs easily, with no electrical wiring, no expensive electrician and no permits. And let's not forget powerful! Operating at a whopping 850 cfm, a single unit can fully vent up to 1200 square feet. Place it wherever you need improved circulation; attic, lofts, workshops, storage sheds, garages even barns. Need more power? The 20 watt model can vent up to 1200 cfm and an area of up to 1800 square feet. | |
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We are the leading supplier of
solar-powered flashing beacon systems and equipment for traffic
safety applications. Our traffic signal systems range from school
zone flashers and speed awareness displays to 24-hour flashers and
changeable message displays.
Solar Powered Warning Signal Sheet (pdf/2.08MB) Solar Powered Speed Awareness Displays Sheet (pdf/2.25MB) |