Solar Thermal & Pool Heating Systems in Florida
Solar thermal and pool heating systems are a cost-effective way to generate hot water for your home. As the original solar battery (if you will), solar water heating is not only a smart investment, it's the truest form of energy security. When deciding between heat pumps and solar water heaters in Florida, it is important to consider several factors. While heat pumps can be effective in certain situations, solar collectors are the more reliable and efficient choice. This is because solar energy is abundant in Florida, making it a cost-effective and environmentally friendly option. Additionally, solar water heaters require little maintenance and have a long lifespan. Heat pumps, on the other hand, are expensive to install/replace and maintain, and their efficiency is dependent on air temperatures. Overall, if you are looking for a reliable and efficient option for your Florida home, solar water heaters are the way to go.
Solar Water & Pool Heating
We provide the following quality solutions for your solar water heating needs in Florida:
- Solar Water Heating The best way to reduce your electricity costs and still maintain comfort levels in Florida.
- Solar Pool Heating: Even in Florida, heating a pool can be a requirement. Many owners and guests look forward to a warm pool, and a cold pool can put a damper on a vacation. Heating a pool with electricity or gas is prohibitively expensive, costing as much as $2,000 a month
- Solar Pool Pump: If you have a pool, running the pump can be your biggest expense. A solar-powered pool pump can remove this.
Serving all of Florida, including:
- St. Augustine
- and many more.
Cooling Down Your Florida Garage: Tips and Tricks
Florida's summer heat can make a garage feel like a sauna, with temperatures regularly exceeding 100°F. This is due to three factors that converge every hot afternoon. Firstly, garages are not considered a conditioned living space, so homebuilders are not required to install insulation in the walls or ceiling. Secondly, the sun's heat penetrates the exterior walls of the garage, while heat trapped in the attic radiates downward. Finally, many garages lack a ventilation system or even a window, making them feel more like hotboxes. Fortunately, there are several strategies you can employ to lower the temperature, but one that we are hearing a lot of lately is installing a heat pump in your garage!
Heat pump water heaters are designed to take heat from the air and transfer it to the water. This process also cools and dehumidifies the air year round, which is similar to how an air conditioner works. However, its not practical to rely on a heat pump water heater for impactful cooling purposes, as it is primarily designed for heating water. If conditioning of a garage is desired the better decision is to bank the additional saving a Solar Water heater provides over a heat pump water heater and insulate the garage while adding a small dehumidifying unit, this solution will provide impactful improvement to both household finances and the trek from your vehicle to the conditioned comfort of the home.
Case Study - Aviation Survival Traning Center - Jacksonville, FL
Project produces One Million BTUs Per Hour
One of the Navy's Aviation Survival Training Center in Jacksonville, FL has proven nearly twice as effective as originally estimated. The project was originally projected to save the Navy $90,750 per year and have a payback of roughly 11 years. Three years of monitoring has revealed that the project is producing a savings of $171,700 annually resulting in a payback of only six years. The project is an integrated solar thermal and natural gas system. The complete system consists of natural gas-fired unit heaters for space heating and solar thermal panels for pool and domestic hot water heating. There are six natural gas-fired unit heaters to heat the pool, one heater for the shop area, and one unit for the drying room. There are 168 four-by-ten flat plate collectors along with drain back tanks, heat exchangers, controllers, pumps, and pipes that interconnect the systems in the building. Water is pumped through the solar collectors to two large drain back tanks, one each for the pool and the domestic water system. A heat exchanger located in each tank transfers the solar energy to the water used in the pool and the domestic hot water system. The water from the heat exchanger is pumped back up to the solar thermal panels to start the process over again. On a cloudless day, the solar panels produce one million BTUs of energy per hour- enough to heat the center's 270,000-gallon pool by one degree every two hours.
Contact Our Experts
Give us a call at 1-800-874-2190 or fill out the form and our team will reach out to answer your questions as soon as possible.
*marks a required field