Efficiently harnessing solar insolation and utilizing the stored energy to power vehicles, run devices, and operate machines requires customization. A renewable energy harnessing unit has several components like solar panels, solar energy storage units (batteries), etc. All these are to be tailor-made so that you can utilize as much energy as possible.
Solar product manufacturers like BLJ solar products offer endless customization and limitless support to all their customers.
Tailor-Made Solar Products That Suit You
All solar harnessing units have some standard components like panels and batteries, but each of these parts can be modified as per the user’s needs. Some of the ways in which customization can improve efficiency, reduce costs, and deliver maximum results are discussed here.
Customization And Cost-Saving
Solar panels can be of several types, namely monocrystalline panels, polycrystalline panels, thin film panels, etc. Of these, monocrystalline ones are the most expensive option. However, they are also the most efficient, and they are optimized for commercial use. So, if you are setting up a solar energy harnessing system in a huge commercial unit, a monocrystalline panel will be the best option.
Such setups capture the maximum amount of insolation and they reduce energy costs in the long term. Polycrystalline panes, on the other hand, have an efficiency rate of fifteen percent. But they are relatively inexpensive and save money in the short term. Thin-film panels are the easiest to manufacture, so if economies of scale are one of your priorities, then these panels are the best option.
Working Under High-Temperature Conditions
A solar energy harvesting unit may have to be used under different ambient conditions. Some solar panels are well known for working under high-temperature conditions. Thin-film panels work well under extreme weather conditions.
Also, nicked-cadmium-based energy storage systems work best under high temperatures. So, suppose you want to set up a solar energy harnessing system in hot tropical regions of the world. In that case, you should ideally go for thin-film panels with nickel-cadmium-based energy storage systems.
Customization And Better Monitoring
A solar energy harnessing system’s efficiency can only be measured if it is monitored well. Solar product suppliers help install real-time intelligent monitoring systems that give updates on the power harnessed vis-a-vis the power transferred to the battery, etc.
Eco-friendly Energy Production
Solar energy in itself is renewable, but optimizing the setup helps reduce carbon footprint to a greater extent. For instance, if cadmium-tellurium-based cells are used, the carbon footprint is much less than other cells used to store power.
Customization And Safe Handling
If safe handling is your primary concern, you can replace toxic or potentially fatal elements like tellurium or cadmium and use setups that use harmless elements like nickel or lithium.
Conclusion
To sum up, it can be said that the efficiency, cost of production, and ease of handling of a solar energy harnessing unit can be improved by using tailor-made products. So, depending on one’s specific needs, one can reduce the overall cost of installing a system, or they can bring in more efficiency.