No longer a dream of the future, the world is transitioning to renewable energy sources today. One of the most promising and easily adopted renewable options is solar batteries. Solar heating devices go back at least as far back as 1891 with Clarence Kemp’s invention of the solar water heater.
Since the 19th Century, methods of harnessing renewable energy have come a long way. Today, nations around the world are pushing to innovate tools & techniques to increase the performance of devices using renewable energy.
One such technique that improves the performance of tools harnessing solar power is equipping them with solar battery heaters. These batteries can store excess energy for use while the sun isn’t out. This resolves the old solar energy problem of still relying on other energy sources in off-hours.
In climates with lots of sun and warm temperatures, a lot of energy can be created without too much loss from the battery. However, millions of people around the world deploy tools that harness solar energy in climates that are freezing cold for half the year. To combat the negative effects of cold temperatures, engineers have been using thermal battery heaters to compensate for the dip in performance.
Cold temperatures are detrimental to the overall health of batteries. Batteries depend on an internal chemical reaction to function. When exposed to cold temperatures, this chemical reaction slows to a crawl or even a complete stop. As more cities around the world are increasing their dependence on renewable energy supplies this is becoming a greater concern.
Batteries with reduced or halted performance in renewable energy-dependent cities can lead to power shortages. Shortages that can be costly and even dangerous.
Using thermal battery heaters serves to prevent major reductions in battery performance. With more nations choosing to utilize solar battery heaters, we can expect an increase in the total global population relying more on renewable energy.
Using a solar battery heater helps prevent solar batteries from underperforming or getting damaged during the cold seasons of climates. Preventing heat loss is vital to the performance of batteries and the conservation of energy.
While battery heaters prevent heat loss, even in winter, additional means should be incorporated to boost performance. For instance, ensure that your solar battery heater has proper insulation. This prevents heat from escaping and your batteries from cooling down. Furthermore, using the right battery heater insulation materials reduces the amount of energy used for temperature maintenance.
For added protection, install battery temperature detectors. Battery temperature detectors monitor battery temperatures and signal control panels to react if there are any discrepancies. By allowing the digital controller to immediately respond to unwanted decreases in temperature the detector ensures battery performance isn’t compromised.
There are some geographies on our planet that are both cold half the year, and see very little sunlight. These circumstances present significant issues when trying to conduct renewable energy. Without heat from a naturally warm environment or proper sunlight, solar batteries see a drastic reduction in energy production.
By generating heat, solar battery heaters help manage performance in low sunlight conditions. With proper insulation and monitoring, even areas with minimal sunlight can get value out of solar power.
In climates that are cold & dark, a solar battery heater helps compensate for the sub-optimal environment. As engineers develop even more technology that refines the way we harness renewable energy, we can expect more helpful ways for immersion heaters to improve solar power systems.