Solar powers have recently entered the energy market. Consumers were reluctant to buy into this market for various reasons. The biggest reason being the high initial cost tied to solar powers. Installing the panels on the roof and the necessary equipment all had a hefty cost attached. It took consumers time to understand the benefits of solar of which there are many. At present, solar energy is preferred by many consumers. They realized that there are more benefits than drawbacks.
It is interesting to wonder about how this power can be translated to commercial ones. Recently, entire factories have started to implement solar panels. A few years ago, this was considered a bad investment due to a high sunk cost. Yet, this method of powering up factories has many benefits. Given below are several ways benefits of solar panels for factories. Safety tips and installation methods are also summarised.
One of the many benefits of installing solar panels in factories is the space. While most houses have adequate space to install a couple of solar panels. Factories have vast spaces on their roofs. There are several benefits to this.
The biggest benefit of solar panels on a factory roof in space. Houses may prove difficult to install several solar panels on it. Factory roofs have ample space to install a large number of solar panels on them. This means that much thinking wouldn’t have to be done to fit many solar panels in a limited space. The almost boundless space available on factory roofs makes them ideal spaces for solar panels.
In normal situations, solar panels are installed based on the energy used. The energy is measured in households and then converted to solar panels. Electricians then figure out how to install solar panels in the available space. Factories need a lot of extra power for emergencies. The available space on factory roofs allows many solar panels to be installed on them. This means there will be more than enough energy supplied by the panels to the factory.
When installing solar panels on household roofs, there can be setbacks. In many cases. Obstructions in the form of trees can harm efficiency. This means that the shade will restrict sun energy from reaching the panel. This could lead to less than optimal energy provided. Factory roofs offset this by usually being built in open areas. There are little to no obstructions on the roof. The energy provided by the sun is not restricted by any shade caused by obstructions.
Less Moving Parts
Factories that are being used are often powered by sizable energy options. These however have the potential to malfunction and fall apart. Here are a few benefits of solar energy due to fewer moving parts.
The limited amount of moving parts means that there are going to be fewer errors. On traditional energy setups, the moving parts are going to be prone to failure. For solar energy, there are fewer moving parts. This means that energy is going to be continuously supplied to the factory. When energy stops flowing, the factory may even be at risk to halt production. This can severely harm the output of the factory.
Since there are going to be fewer malfunctions, maintenance can be avoided. Solar panels usually require no in-depth treatment after installing. They can function for extended periods without needing to be repaired. This is another big benefit to implementing solar energy in factories. Maintenance costs can be reduced which helps larger factories.
Variables To Consider
When choosing solar panels there are a lot of variables to consider. The obvious being that shift timings for workers may be impacted. Some factories operate at night which may have trouble with solar. Solar energy may have trouble holding extra energy at night due to no source. This may make continuous production difficult. Factories that house robotics are expected to work even at night. An industrial robot may not function properly on lower energy levels.
Solar energy for factories also needs very high-quality equipment. This ensures that there are no parts at risk of failure. High-quality wiring and protected junction boxes are vital for protection. A durable and reliable ACDB box is also a necessity for solar energy.
Factories have not yet shifted to solar energy properly. This is mainly because of the high sunk cost related to solar. Factories need to make a big investment to get solar up and running. Many factories are not willing to make that purchase as of yet. Other than the cost, continuous working factories are also hesitant. Solar energy does not give high energy levels at night time. This puts robotics and automation at risk.
There are however many factories in development that are utilizing solar. They realize that solar energy has far more benefits than drawbacks. A future where factories are completely powered by solar is not far. At present, we would recommend a hybrid system between solar and traditional. This helps save costs with natural energy while also using less energy.