Thermal Electronics Corp., established in 1997, develops designs and manufactures thermoelectric TEC Peltier and Seebeck power generator effect based products and TEG components for the food service, medical, commercial, and oil & gas industries.
Over the last 30 years TEC has been developing a novel Seebeck effect design for use in thermoelectric power generators. The new design (phase 1 Project completed January 2009) allows GENCELL™ elements to be manufactured using full automation. The new design process named GENCELL™ will revolutionize the mass manufacturing of thermoelectric elements allowing the production of millions of high density, high amperage thermoelectric GENCELL™ at significantly lower manufacturing costs, which will eliminate all the inherited flaws that presently exist with the standard mature technology that is manufactured and commercial today. Production of a 200 amp GENCELL™ prototype has already been tested and verified in our lab using the new manufacturing process. The new process will lower electrical resistance, increase efficiency, performance and reliability of the TEG thermoelectric generator system. It will also allow for easier sizing of larger systems in the 1 KW Thermoelectric Generator range where present generation TEG’s are cumbersome and difficult to scale. The new process will incorporate novel new thermoelectric materials as they become commercially available! In Tandem with this pure research we are working on a major commercial application which Phase 2 was completed September 2014 called the (P.O.W.E.R) Pizza Oven Waste Heat Energy Recovery project. See our (What’s news) page for news releases.
Above CAD is a concept compact cooling system for a NASCAR or Racing Driver to maintain the core body temperature of the driver on hot days! All racing cars have their air conditioner removed because a a drain on the cars performance.The Peltier system with the aid of a pump circulate cooling liquid and cools down the core body temperature of the driver. Require very little power to operate but allows the driver to perform at peak performance in his chilled suit.”
We are setting up distributors in India, Pakistan, and Africa. As well we have representatives in Bolivia, Chile and other South American countries.
THERMOELECTRIC HARVESTING FOR AUTONOMOUS SENSORS
Tecteg Mfr. has partnered with industrial IoT sensor manufacturer Dapagee to deliver turnkey autonomous THERMOELECTRIC power applications from any heat source down to 10C DT. Our patented designs offer superior power generation from the smallest differentials. Our micro Dc to Dc battery charge controller provide the smallest possible footprint (10mm x 20mm) starting at 40mv. We also offer a bidirectional option!
DC to DC Charge controller
HARVESTING DEVICE FOR AUTONOMOUS WIRELESS BATTERY CHARGING
THERMAL SENSING OF EQUIPMENT TO BE MONITORED
Our 10 years of prototyping with numerous clients has allowed for the zeroing in on the exact architecture that is required for a successful deployment, with seamless integration into auditing of equipment to deployment of sensors with wireless battery charging for Autonomous monitoring for years without changing batteries. Tecteg Mfr. uses advanced 3D printing technology to configure and design hot side absorption modules to mate to any motor or hot surface.
- Hydrogen on Demand
- Carbon DE-sublimation technology
– Industrial IoT sensors with rechargeable thermoelectric generator- Never replace batteries for 8 years!
Tecteg Mfr. working with Jason Stewart “The Firemaster” and his clean burning wood stove adapter patented invention in New Zealand and with Derald Cook owner of intensofuergo in Chile who also is working with our group which developed a turn key clean burning wood stove adapter system to make older stoves not only more efficient but clean burning, the future design will option a thermoelectric power generator, with hot water and distributed heating and produce roughly 100 watts. CHP for short. The adapter retrofit system will reduce wood consumption by burning cleaner saving money annually.