Ice Block

Episode 65 of official release The Mind Atlas

https://peterliam.hearnow.com/mary-janehttps://www.hoopladigital.com.au/audiobook/the-future-swarm-peter-liam/19509840https://www.overdrive.com/media/12896748/the-future-swarmhttps://opensea.io/TheBox2050

use above links 👆

https://peterliam.hearnow.com/mary-janeMake sure you add Mary Jane to your playlist 

Transcript

SPEAKER_00 2:14

Ice block. Ice block can be a simple modular system, two small cool bricks that work like rechargeable mini fridge cores. Plus a separate micro wind charger. All able to run from home power, car power, or USB power. One overall system idea. Ice block is designed so one cool brick is cooling, while the other is recharging, keeping your food or medicine cold, even off-grid. Each brick uses a solid-state thermoelectric cooler, a Peltier module, that moves heat from inside your box to the outside, powered by an aluminium slash graphene ion battery, pack or external power. 1. Cool brick hardware. Each ice block brick is about the size of a thick paperback book with a hard plastic shell and insulation inside. Inside the shell are 1. A cold plate, an aluminium plate facing the food compartment, which gets cold when the device runs. A hot plate and heatsink, aluminium fins and a small fan on the other side to throw heat into the room or car. A peltier module between hot and cold plates, acting as the heat pump. A battery bay for a plug in aluminium slash graphene ion pack. And a small control board to manage power and temperature. You place the brick against ore into a small insulated box, the cold plate touches the air or a thermal mass, like a gel pack, inside. The fan and heatsink are on the outside of the box, so heat escapes into the surrounding air. Power and connectors. Each brick has multiple power options on one side panel. USB C PD input for phone style fast chargers or power banks. 12 V car input via a cigar lighter cable for glove box or boot use. 24 V DC input for small off-grid systems or trucks. Optional AC adapter, a small wall plug for home use. Internally, a DCDC converter makes sure the Peltier sees the right current even if the input voltage changes, which improves efficiency and protects the module. The aluminium slash graphene ion battery pack slides in like a power tool, battery, with built-in protection over charge over discharge. YPGG temperature monitoring, handled by its battery management system, controls an operation on the front of each brick. A simple button on slash off and mode select Eco Normal Max. A small LED bar or tiny display, showing battery level and approximate temperature, for example, cool, cold, very cold. A temperature sensor inside the cold plate, so the controller can switch the peltier on and off to hold a target temperature, instead of running flat out all the time. User routine off-grid. Brica cools the box while brick B is charging. When brick A's battery is low, swap them. Brick B goes into the box, bricka goes on charge, home, car, USB, or wind. This leapfrogging keeps the box cold continuously as long as there is some power input over the day. Micro wind charger unit. The wind charger is a separate device about the size of a drink, can with folding blades, and its own electronics. Features retractable turbine, blades fold into the housing for storage, to use pull out the small mast or arm and lock it, then the blades unfold. Mounting options, clip to a car window or roofrail while driving, or put it on a short tripod or peg in the ground when camping. Output: a rectifier and DC DC converter that presents a USB-C, PD output, or a dedicated charging plug for the ice block. Batteries, limited to safe power levels. In practice, the wind charger is a top-up source, not a main power plant, in decent wind ore while driving, it slowly recharges one battery while the other brick is running. This suits aluminium slash graphene ion packs, which can accept relatively high charge rates and many cycles compared to older chemistries. 1 product naming and variants. The main product could be iceblock duo, 2x Cool Bricks Iceblock modules, 1x ice wind charger, cables for car, USB-C, and home power. Later variants could include a small matching insulated box that the bricks latch into, or a glove box kit with brackets and ducks to fit one brick neatly behind a vehicle glove box. This modular design makes it easy for entrepreneurs to adjust capacity, more bricks, bigger batteries, while keeping the core idea open in the public domain.