Before you buy portable solar panels and plan for camping, you ought to know the capacity of that solar panel. Check how much wattage can run your electronics by reading below
For a lot of people, ‘solar panels’ must be a mystery because most of us picture these objects as huge materials which could be hard to carry along with us and may fit in our bag and perform way better than our expectations.
I’ve never thought portable solar panels out there in the market are so efficient and smart to carry along with you that play quite a good role in adding value to your camping or traveling part. The portable solar panels are so resourceful, that you can charge your mobile phone or even your laptop while staying mobile with some of the best Portable solar panels out in the market.
These days, everything is about making this world a better place. Utilizing electricity is a necessity, you just can’t live without it. From laptops to microwaves, you need electricity to run those appliances. Though while camping you would carry a mobile or a laptop, you can rely on natural sun rays on charging your phone while you chill in the shade.
Portable solar panels are more worthwhile for camping and voyaging experiences for RVers and mobile homeowners. With abundance of options and the technique used to charge the devices, you may find it time-consuming and challenging to compare your choices if you are unaware of the factors that matter while selecting from the market.
Types of portable solar panels
Thin-Film
Thin-Film portable solar panels are made with a combination of materials. This includes cadmium telluride (CdTe), amorphous silicon (a-Si), and copper indium gallium selenide (CIGS), along with the layers made of glass, ethylene tetrafluoroethylene (ETFE), aluminum or steel. Thin-Film portable solar panels are generally more affordable than polycrystalline and monocrystalline panels.
Polycrystalline
Polycrystalline panels contain solar cells that are blue because of the silicon wafers used to make solar chargers and panels that are composed of silicon crystal fragments melted together and not made from a single silicon crystal. Though the manufacturing process is less expensive, it also lowers the energy output. Polycrystalline solar panels are much more efficient than thin-film solar panels.
Monocrystalline
Made using silicon wafers cut from a single silicon crystal, monocrystalline solar panels perform best in energy production as well as efficiency. Its pure form of solar cell increases the ability of the solar panel to absorb energy from the sun, allowing the monocrystalline solar panels to output a high amount of electrical energy. Monocrystalline solar panels are easy to recognize as the solar cells are black and thicker than thin-film products. The silicon wafers are assembled into rows and columns to form a rectangle. Monocrystalline solar panels cost more than polycrystalline or thin-film.
Stuffs to know before buying portable solar panels
Panel Wattage and Energy Output
For sure portable solar panels should be more compact than fixed Portable Solar Panels. With smaller panel comes fewer solar cells and interconnections to produce energy. As a result of factors, for example, portable solar panels produce far less energy than bigger, fixed panels. It’s important to know early how you plan on using your solar energy, as many electronic devices might not be compatible with portable solar panels.
1 Portable Solar Panel (15 Watts) could run
- Nightlight (1 watts/hour)
- Amazon Echo (3 watts/hour)
- Smartphone charger (6 watts/hour)
- 10 watt LED bulb (10 watts/hour)
- Tablet charger (12 watts/hour)
- Electric shaver (15 watts/hour)
- DVD player (15 watts/hour)
1 Portable Solar Panel (150 Watts) could run
- Laptop (65 watts/hour)
- Sewing machine (75 watts/hour)
- Xbox One (75 watts/hour)
- Curling iron (85 watts/hour)
- 50 inch LED TV (90 watts/hour)
5 Fixed Solar Panels (1500 Watts) could run
- Refrigerator (250 watts/hour)
- Desktop computer (300 watts/hour)
- Blender (400 watts/hour)
- Garbage disposal (450 watts/hour)
- Washing machine (500 watts/hour)
- Dishwasher (700 watts/hour)
- Space heater (750 watts/hour)
- Coffee maker (800 watts/hour)
- Electric stove (1000 watts/hour)
- Microwave oven (1200 watts/hour)
25 Fixed Solar Panels (7500 Watts) could run
- Average-sized home (4000 watts/hour)
- Energy sent back to the grid via net metering (3500 watts/hour)
50 Fixed Solar Panels (15000 Watts) could run
- Electric vehicle chargers (7500 watts/hour)
- Average-sized home (4000 watts/hour)
- Energy sent back to the grid via net metering (3500 watts/hour)
With the above information, you can even think about fixed solar panels that will cut electricity cost and increase property value by opting for fixed solar panels with better capacity.
