Solar Home & Space Heating

Solar Home and  Space Heating

Solar space heating is possible because of the high efficiency that solar vacuum tubes display in colder months. As such they are ideal for space heating for homes, garages, and workshops. The solar vacuum tubes are not affected by the outside temperature and as such capture solar heat even in the coldest of winters.

Solar pace heating systems can be designed to heat the home directly or they can be designed to work in conjunction with domestic hot water systems. The latter will provide higher paybacks as you can use the system to provide hot water in the summer when space heating is not required.

When designing a space heating system it is best if you can store of buffer the energy when not needed, this can be done with a large water tank but a concrete slab such as a basement floor also acts as a great storage buffer. Using solar energy directly without a storage tank of buffer means that heat energy will only be available during the day and a backup heating source will be needed for the evening.

Direct with Infloor Heat

Direct with Infloor Heat

Combo With Infloor Heat and Hot Water

Combo With Infloor Heat and Hot Water

Combo Solar Water + Space Heating

The best way to design a solar home heating system is to combine it with a solar water heating system. All of our solar water heater's use a RESOL BS + controller that is able to monitor and operate two heating zones. The First zone is the domestic hot water and the second zone is the space heating zone. With a small investment in a 3 way diversion value you can easily control two zones.

The RESOL Controller uses a priority logic defined by the home owner (hot water or space heat/pool). Whichever system is determined to have the priority will be loaded with heat energy until it reaches its set limit. At that time the RESOL controller will then activate the 3 way valve transferring the solar energy to the 2nd zone. If the 1st zone drops in temperature, the controller will switch the 3-way valve back to that priority zone.

A combination hot water space heating maximizes the home owners investment in solar. You can easily expand the systems performance by purchasing more solar collectors. NOTE: Covers or a summer heating zone such as a pool may be needed if you over size the system too much as no winter heating zone will be present in the summer.

Types of Heating Integration

Solar heat energy can be transferred to virtually any type of heating source via a heat exchanger. Some popular heating zones may be:

Solar Heating with Pool

Solar Heating with Pool
Using a pool heat exchanger to transfer heat from solar loop to the pool is a great way to use solar heating system especially for a summer dump. Can be used with a winter heating system.

Solar Heating with Radiator

Solar Heating with Radiator
Using solar to heat floor board radiators is a great way to retrofit a home for solar heating. These are inexpensive and can be added to basements and crawl spaces as a means to transfer the solar heat.

Solar Heating and Force Air Furnace

Solar Heating and Force Air Furnace
Using an air to water heat exchanger and placing it in the cold return of a forced air heating system will cause the solar to pre-heat the air in the house before it goes to the furnace heater.

Solar Heating and Snow Melt

Solar Heating and Snow Melt
Snow Melts for driveways and side walks are an excellent way to have the sun quickly melt the snow without getting out a shovel!

Solar Heating and Hydronic Floor Heat

Solar Heating and Hydronic Floor Heat
Hydronic heating and solar are a great pair as the concrete mass stores the solar energy and releases it slowly to the house or shop. Can also be retrofitted between wood floor joists for comfort.

2nd Solar Heating Zone

Any solar heating zone can be done directly or with storage. When using storage you have the advantage of releasing the energy as needed such as the evening. Without storage all the solar energy is released during the day when the sun out. In most cases customer will want to store the energy for later use. This is done by utilizing the water tank as both the potable domestic water source and the solar energy storage. Special Solar Water tanks are used that have two heat exchangers a top and a bottom. The solar is transferred though the bottom heat exchanger heating up the water for use by the household. The top heat exchanger can be used to pull the heat out of the tank and transfer it to any location in the house, shop, pool, or snow melt zone.

Forced Air

Infloor Heat