Technology
iQ-LOOP Moves Renewable Energy Like Cargo
Summer renewable energy generation is high, but the mismatch reverses in winter: heating demand rises just as solar output drops. Long-term storage today is inefficient, costly, or dependent on fossil fuels — which is why matching renewable supply to year-round demand needs a different approach. High-density, carbon-free aluminium energy storage addresses this: renewable electricity transforms aluminium oxide into metallic aluminium, which retains that energy indefinitely without any standing loss. When energy is required, aluminium reacts with water to release heat and hydrogen — which can also be converted into electricity — transforming back into aluminium oxide, which is then recovered and reintroduced into the process.
iQ-LOOP stores renewable energy in aluminium, moves it as a safe solid fuel, and releases it as heat, hydrogen or power where it's needed.
The Problem
The energy transition is not only a generation problem. It is also a delivery problem.
Renewable electricity is often produced at the wrong time, in the wrong place, or behind grid constraints. Industrial sites still burn diesel, LPG, and gas because clean alternatives remain too difficult to deploy. Hydrogen is powerful, but its logistics are complex. Batteries are useful, but heavy, degradable, and grid-dependent.
The Solution
iQ-LOOP changes the form of energy. Instead of pushing
electrons through congested networks or moving compressed
hydrogen, it stores energy within aluminium — a stable
solid that can be transported, used on site,
then recovered and regenerated. Energy becomes inventory.
The Solution
iQ LOOP changes the form of energy. Instead of pushing
electrons through congested networks or moving
compressed hydrogen, It stores energy inside
aluminium — a stable solid that can be transported,
used on site, then recovered and regenerated.
The Solution
The Solution
Loop changes the form of energy. Instead of pushing
electrons through congested networks or moving
compressed hydrogen, Loop stores energy inside
aluminium — a stable solid that can be transported,
used on site, then recovered and regenerated.
The Solution
iQ-LOOP's platform is made up of three components
iQ-LOOP's platform is made up of three components
FUEL-RODS/FUEL-PODS: Enable the conveyance of energy using aluminium rods as a reliable solid resource inside the current logistical system;
02 - Fuel Rods
01 - REGEN
Designed to create fuel rods/pods and rejuvenate depleted aluminium using renewable energy during off-peak prices;
03 - CREATE
Releases hydrogen and useful heat from aluminium on demand at the point of use.
The energy transition lacks a clear means to deliver power to where it is needed, despite having ample generation capacity.
iQ-LOOP is intended for high-value energy consumers who require reliable, flexible, and transportable energy without relying on diesel, compressed hydrogen, or costly grid upgrades. Circularity isn't an afterthought here — it's the entire design approach: a system built to circulate value rather than consume it.
iQ-LOOP replaces take-make-waste with continuous reuse. The same aluminium is recharged with renewable electricity, reacted to release heat, hydrogen or power, then recovered and recharged again — nothing is discarded. Once the loop is running, no fresh material is needed.
Circular
Instead of building new transmission lines or pressurised, cryogenic facilities, iQ-LOOP scales by recharging and stockpiling more metal, moved through existing rail, truck and cargo-ship networks. Capacity grows with inventory, not with new infrastructure.
Scalable
Aluminium is recharged using renewable electricity then reacted with steam to release heat, hydrogen or power, with no greenhouse gas or air pollution at the point of use. We're engineering the charging side toward a fully decarbonised pathway, moving Loop toward true net-zero.
Emission Free
