The next step in installing our new wood stove
thermoelectric generator by TEGPower.com was setting up the water cooling system. Wayne has a background in physics (from college) and I was a school district technology director
, but neither of us had the practical skills needed to easily complete the simple electrical "puzzle." Thanks to help and advice from John, and his father Ed, we had the confidence to give it a try. All the trial and error experiments made us feel a bit like
Mr. (and Ms.) Wizard from our elementary school days.
First, we stopped at
Canadian Tire to purchase some wire, connectors, a soldering gun (we haven't found a use for that yet) and a crimping tool. Wayne (lovingly nicknamed Wire Guy) did most of the thinking and wire work and I served as a sounding board and testing assistant. Because we live on a floating cabin,
Ron from TEG suggested we draw our water directly from the cold lake that serves as the "foundation" for our home rather than using his standard recirculating cooling system. The colder the water, the more efficient the power generation.
We want to use all the generator's power to recharge our cabin's battery bank. So, we repurposed the 12-volt battery from my
float garden watering system (don't need to water in winter) to run the water pump and plan to keep it charged with our
15-watt Eliminator solar panels. Since we have two, Wayne wired them in parallel for more charging power on the one battery. We don't know for if there'll be enough sunlight this time of year. We're still searching for a low amperage submersible pump that can raise water seven feet from the lake surface to the generator. Once that's solved, we'll be ready for actual operation. -- Margy
The next step in installing our new wood stove thermoelectric generator by TEGPower.com was setting up the water cooling system. Wayne has a background in physics (from college) and I was a school district technology director, but neither of us had the practical skills needed to easily complete the simple electrical "puzzle." Thanks to help and advice from John, and his father Ed, we had the confidence to give it a try. All the trial and error experiments made us feel a bit like Mr. (and Ms.) Wizard from our elementary school days.
First, we stopped at Canadian Tire to purchase some wire, connectors, a soldering gun (we haven't found a use for that yet) and a crimping tool. Wayne (lovingly nicknamed Wire Guy) did most of the thinking and wire work and I served as a sounding board and testing assistant. Because we live on a floating cabin, Ron from TEG suggested we draw our water directly from the cold lake that serves as the "foundation" for our home rather than using his standard recirculating cooling system. The colder the water, the more efficient the power generation.
We want to use all the generator's power to recharge our cabin's battery bank. So, we repurposed the 12-volt battery from my float garden watering system (don't need to water in winter) to run the water pump and plan to keep it charged with our 15-watt Eliminator solar panels. Since we have two, Wayne wired them in parallel for more charging power on the one battery. We don't know for if there'll be enough sunlight this time of year. We're still searching for a low amperage submersible pump that can raise water seven feet from the lake surface to the generator. Once that's solved, we'll be ready for actual operation. -- Margy
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