Facilities
All these installations were done and are located in Europe and are an example of the types of intallations that we plan to introduce in the United States. We are looking for business partners in the U.S. If interested, please do not hesitate to contact us at info@soliclima.com
Solar energy in Oregon
Solar energy inOregon
Solar energy in Memphis
Solar hot water facilities in Memphis, Tennessee Solar energy is not the only way to save fuel costs.
Solar hot water in New York
Solar hot water in New York City One of the first facilities of Soliclima
Solar energy in Baltimore
Installation of Solar hot water and electricity in Baltimore, Maryland Solar thermal energy is not only used to generate hot water for domestic use. You can also use it for production processes, for example, to heat water used for washing agricultural facilities.
Solar energy in Nashville
Solar hot water facilities in Nashville, Tennessee Solar thermal energy: engine room
Solar energy in Las Vegas
Solar hot water and heated swimming pools in Las Vegas, Nevada Solar energy can be used to climatize pools
Solar energy in Louisville
Solar hot water for a business in Louisville , Kentucky Not only homes may benefit from hot water using solar energy.
Solar energy in Oklahoma
Solar energy facility in multi sport facility in Oklahoma City, Oklahoma Domestic solar solutions have a tank where the solar heat exchange between the plates and drinking water takes place. When the tank is greater than 1000 liters, the exchange occurs on the outside, through a plate exchanger, which is what we saw in the second image.
Solar energy in Memphis
Solar hot water facilities in Memphis, Tennessee
Solar energy is not the only way to save fuel costs.
There are many more options to save energy at home. Soliclima in fact, is not a company exclusively dedicated to solar energy. This is one our most requested products and also one of the first adopted by Soliclima, but we offer other solutions for energy savings, too.
One of these options are gas condensing boilers, achieving a performance of up to 109%. This percentage is not due to producing more energy than they consume, but because the heat in the smoke is accounted for, while other boilers don´t. Though it may seem sensible, very few brands do. Smoke from the boiler is expelled at more than two hundred degrees Celsius. This is an amount of heat that has used fuel to be generated, but that is totally wasted. Condensing boilers utilize a system that uses better the heat from the smoke. This comes out much colder and the heat is used for heating, so the fuel savings is considerable.