Solar panels have numerous benefits. It is important to do research and understand how solar panels provide energy for your home. Understanding the process will allow you the benefit of realizing how unique and cost effective solar energy can truly be.

Since the sun’s light contains energy, when the rays hit an object, the energy emitted turns into heat. This is similar to feeling the warmth of the sun on your face. However, when it hits certain materials, instead of turning into heat, it turns into power that can be harnessed as an electrical current.

When using solar panels made up of these materials, your home can be powered by solar energy, while using your current electrical wiring to run it throughout your home. You also can stay on with your electrical company, so that when cloud covers and bad weather roll in, you will not notice any difference in your home’s power.

Now, since there is also the option of leasing solar panels, the cost of solar panels has decreased somewhat. One of the biggest setbacks for most people, in the past, have been the cost, but with the option to install solar panels by leasing them, combined with a significantly lowered electricity bill,  they have been able to be much more affordable.

There is also the benefit of using an energy source that doesn’t pollute like the current fossil fuels being used. The sun has an ample supply of energy, and a small percentage of one second of its energy being enough to power the entire world.

With so many benefits and understanding how the energy is transferred into power, you will be better equipped to make the decision to switch over to solar in your own home or business. If you have more questions, check out The Electric Connection’s website and blogs for more information about solar power information and solar panel installers.

Is your LED bulb blinking too fast? No worries—it’s an easy fix! LED lighting draws much less power and lasts way longer than standard incandescent lighting that comes stock with most vehicles. Although the reduced draw of LEDs has advantages, replacement of turn signal bulbs with LEDS will cause what is called hyperflashing. Hyperflashing is when the turn signals blink faster than your stock incandescent bulbs did. This happens because your new LED bulbs draw such little power that your turn signal relay sees the bulbs as being out.

Installing an ixing hyperflashing. These modules are economically priced and are usually simple to install. In most cases, these flasher units are little circular or square boxes with metal prongs sticking out one side that simply plug into where your stock flasher went. Our LED flashers function with both LED and incandescent bulbs, so even if you have LED turn signals in the back and incandescent bulbs still in the front, you can use our LED flasher modules with no problems. Before you order, compare the pin diagram of the stock flasher with the pin diagram of our flashers on our website.

For technical questions, don’t hesitate to call us toll free at 866-590-3533. Our customer service and technical support teams are available from 8:30 a.m. to 8 p.m. CDT Monday-Thursday and 8:30 a.m. to 4 p.m. CDT on Friday.

Regardless of bends, twists, or turns, Example of a cut line on LED strip lights

2. You will now have two LED strip lights. Carefully peel back the end portion of the paper strip covering the strip’s adhesive backing, and then remove the 3M VHB adhesive from the solder pads on the bottom side of one of the strips. The strip with its adhesive peeled back will be the top strip when soldered.

5. Align the non-tinned strip segment (strip with adhesive removed) directly over the newly tinned pads, and apply heat. Hold the soldering iron in place until the solder remelts and begins to flow. To strengthen the bond and improve visual appeal, a small portion of solder can be added to the top pad.

The LED strip lights are now connected, and power should flow through the entire length of the strip.

The following steps demonstrate how to split and solder a run of non-weatherproof two-conductor or connecting wires. Peel away the blue wire so that only the positive (red), negative (black), and control (green) wires are left.

*No wires should be peeled away if you’re joining single-color or standard RGB light strips.

3. Properly heat your soldering iron. For best results, clean and tin the tip of the iron immediately before soldering. To tin the iron, touch solder to both sides of the iron’s tip.

4. Next you will need to tin the solder pads on both ends of the split strip light. When soldering, always apply heat to the target area on the strip and not directly to the solder. Once sufficient heat has been applied to the area, start introducing solder.

The LED strip lights are now connected, and power should flow through the entire length of the strip.

The following steps demonstrate how to split, solder, and reseal a

3. Follow steps two through five located at the top of this post for soldering a standard RGB strip light.

4. To reseal the strip light, apply

The LED strip lights are now connected, and power should flow through the entire length of the weatherproof strip.