Adding hardware to solar cells can increase the amount of sunlight they can collect. The good news is that you don't have to abandon your current solar panel design to do so. To capture more sunlight, you can add tracking electronics. Those components will allow your solar panel to follow the sun, which will ensure that it receives more photons. The challenge is figuring out how to design these systems, so keep reading to learn more about this technology.

MPPT control is one such system. This control system does not convert excess power into heat, but instead converts it into additional charge current. So, instead of charging at 10A, a solar panel may charge at 12A. MPPT control works by sensing input current and voltage, then doing math with a microcontroller to maximize the amount of power that is transferred. Switch mode technology is one way to achieve this. It also allows you to adjust the amount of electricity a solar panel can accept without affecting its efficiency.

Another way to enhance solar panels is to purchase higher-quality cells. High-quality cells are more efficient, resulting in higher output for the same surface area. Lower-grade cells may be less expensive, but they are less effective. Therefore, you will end up paying more over time. To enhance the output, choose cells with anti-reflective properties. You can also lease a solar panel. Many leases are for five years or more.

The best orientation for solar panels is facing the sun. Direct sunlight allows solar panels to perform at their best. Shade, on the other hand, limits their output. Even the smallest amount of shade reduces the overall output of a solar system. Therefore, it is a good idea to place solar panels where they will receive the most amount of sunlight throughout the day. If you plan to use your solar energy for electricity purposes, face the sun south.

Then, consider the temperature of your rooftop. Very cold temperatures can increase the output of solar panels. At temperatures below 25degC, the PV cell voltage is increased. When full sunlight breaks through, solar panels may even exceed their Pmax. That's the power output of the solar panel under these conditions. However, it's important to understand that solar panels can't produce electricity in temperatures over 85degC. If you don't use the panels in cold temperatures, you'll have lower output than you would expect.

Another way to enhance the efficiency of photovoltaic panels is through smart installation. Besides installing them correctly, they should be oriented to receive as much sunlight as possible. The right orientation ensures uninterrupted exposure to the sun. The right angle tilt will also enhance the panels' efficiency. A straight beam of light will capture more energy than an indirect one. This means you need to align the solar panels properly so that they can get the most sunlight.

Adding a coating of a special substance to the photovoltaic module is an excellent way to enhance solar panels. The coating protects the silicon wafers that convert sunlight into electricity. The best way to do this is by installing a solar panel facing the sun's rays at an angle of 40o. This will ensure the panels collect as much energy as possible during the late afternoon. For those who prefer to use solar panels in northern climates, this technique will work well.

A tracking system will help maximize the output of your solar panels by ensuring they face the sun's rays at the right time. Tracking systems work by utilizing electric motors that move the panels to the sun's path. Tracking systems can be either single or dual axis. In either case, the solar panel is stationary during the day. The incoming beam of sunlight is then directed to the panels. These systems increase the energy yield of solar panels.

Adding a thermoelectric generator to your solar panels will increase their output by up to five percent. Thermoelectric generators are easy to install and should be a simple upgrade to your existing solar panels. This technology can be used to provide electricity for poorer areas and can be very cost-effective for the developing world. Using this technology could help the world transition to a net-zero emissions society. A few more innovations are needed to make solar power more widely available.