SeebeckCell Technologies (SCT) develop and manufacture power solutions for industrial facilities by utilizing waste heat at their facilities while providing carbon emission offsets.
SCT's beachhead product is for data centers (SCT-DC). It uses the platform technology in Coolant Distribution Units to recover low-temperature waste heat from IT equipment and offset carbon emissions.
Most machines lose up to 60% of the intake energy to surround through heat. The global waste heat recovery system(WHRS) market was valued at $54.3 billion, and the petroleum refinery segment accounted for the largest market share.
The cost and maintenance issues associated with wireless sensor battery replacement are intractable and immense. In addition, the negative environmental effect of wasted battery metals is something to be reckoned with soon. Current battery-operated wireless sensors have a lifespan of only 1 to 2 years, making replacement and maintenance expenses. In industrial applications with hundreds or thousands of potential sensor locations, a battery replacement cost can be as high as $500, bringing it to over $2,000 per IoT sensor over a 10-year lifespan.
As a solution, Abundant industrial waste heat can be utilized as an energy source to power the IoT.
$ 350,000 pre-seed.
Joined Chevron Technology venture Catalyst program Oct 2021 (receive non-diluted funding based on milestone achievement)
Prototype developed
Rice Alliance Clean Energy Accelerator 2021, Mass challenge Houston 2021, Capital Factory VIP accelerator, Greentown Labs Member.
