Applications
Energy's next chapter, written in metal.
iQ LOOP's platform transforms aluminium into a battery using a carbon-neutral process, providing a stable, secure, and portable solution that facilitates energy storage without degradation over prolonged periods or seasons. Later, it is converted back into heat, hydrogen or electricity where it is needed most. The outcome is a circular, emission-free, and extremely scalable storage solution as a transformative innovation of this decade.
Applications
The Missing Piece of the Energy Transition
Although the use of renewable energy has fundamentally transformed the energy production landscape, numerous significant energy challenges persist globally. The fault lies not with renewable generation, but rather with energy transmission, storage, and execution. Up to this point, no feasible substitute has appeared. iQ-LOOP transforms this by enabling municipalities and organisations to establish their own Local Energy Inventory, a mechanism for the economical storage and distribution of renewable energy with no emissions. Below, we will examine nine of the globe's most challenging energy issues and the assistance iQ-LOOP can provide.
Industrial Heat
The Challenge
Industry needs enormous amounts of heat, but electricity is often too expensive, hydrogen is difficult to distribute, and fossil fuels remain the only practical option.
Why Existing Solutions Fall Short
Many low-carbon technologies work well for electricity but not industrial process heat.
How iQ-LOOP Changes the Equation
iQ-LOOP allows firms to create a Local Energy Inventory for reliable industrial heat, with similar practical benefits to diesel—such as on-demand availability, ease of storage, and transport—without emissions. Using cheap renewable energy, firms gain energy autonomy, lower costs, and less fuel market risk.
Data Centres
The Challenge
Artificial intelligence is creating unprecedented demand for computing power, but many new data centres cannot obtain the electricity capacity they require.
Why Existing Solutions Fall Short
Generation is expanding, but transmission and distribution infrastructure cannot keep pace.
How iQ-LOOP Changes the Equation
iQ-LOOP enables data centres to establish their own Local Energy Inventory, providing dependable on-site energy with many of the operational advantages of diesel generation—but without the emissions. It improves resilience, reduces reliance on expensive grid upgrades and delivers more predictable energy costs.
Cooling & Air Conditioning
The Challenge
As global temperatures continue to rise, demand for cooling is increasing rapidly, placing growing pressure on electricity networks and driving up energy costs during periods of peak demand.
Why Existing Solutions Fall Short
Building more grid capacity for a few weeks of peak demand is costly and inefficient.
How iQ-LOOP Changes the Equation
iQ-LOOP enables buildings to create their own Local Energy Inventory, providing dependable energy whenever cooling demand is highest. By capturing low-cost renewable electricity, organisations can reduce peak energy costs, increase energy independence and reduce reliance on constrained electricity grids.
Mining/Remote Operations
The Challenge
Significant costs are incurred when fuel is transported to remote locations or areas that are not connected to the electricity grid.
Why Existing Solutions Fall Short
Diesel logistics are costly and risky; renewables cut diesel use but can't offer constant energy.
How iQ-LOOP Changes the Equation
iQ-LOOP allows miners and remote operations establish a transportable Local Energy Inventory with diesel's logistics but without diesel's downsides. Renewable energy cuts fuel logistics, operational costs, and emissions while promoting energy independence.
Peak Shaving
The Challenge
Many businesses pay disproportionately high rates because of just a few peak-demand periods.
Why Existing Solutions Fall Short
Conventional storage solutions grow costlier as duration and scale increase.
How iQ-LOOP Changes the Equation
iQ-LOOP transforms low-cost renewable electricity into a Local Energy Inventory deployed during peak demand. Customers reduce peak electricity costs, gain greater control over energy pricing, and improve resilience while supporting a more stable grid.
Remote Communities
The Challenge
Remote residents still rely on imported diesel due to challenges concerning clean energy delivery.
Why Existing Solutions Fall Short
Long fuel supply chains are expensive, vulnerable, and difficult to decarbonise.
How iQ-LOOP Changes the Equation
iQ-LOOP allows towns to construct their own sovereign Local Energy Inventory, eliminating their reliance on imported fuels and providing many of the benefits of diesel without the emissions. This improves energy security, cost, and local resilience.
Food Processing & Cold Chain
The Challenge
Food production requires constant heating and cooling; interruptions spoil the products.
Why Existing Solutions Fall Short
Reliable thermal energy is often harder to provide than electricity alone.
How iQ-LOOP Changes the Equation
Food companies can rely on iQ-LOOP's Local Energy Inventory to meet heating and cooling needs. Businesses gain diesel-like reliability, lower operational costs, reduced emissions, and increased energy security.
Hospitals & Critical Infrastructure
The Challenge
As grids become less stable, hospitals and other facilities cannot tolerate power outages.
Why Existing Solutions Fall Short
Batteries and diesel backup are too expensive for hospital runtime codes.
How iQ-LOOP Changes the Equation
iQ-LOOP provides hospitals with a secure Local Energy Inventory that replaces diesel supply within required response times. Hospitals benefit from resilient backup power, lower operating costs, and zero emissions.
A City with Local Energy Inventory
The Challenge
Modern cities consume enormous quantities of energy.
Why Existing Solutions Fall Short
Almost simultaneous power generation and use reduce resilience during outages.
How iQ-LOOP Changes the Equation
iQ-LOOP enables cities to build a sovereign Local Energy Inventory, capturing low-cost renewable electricity. The result is greater resilience, lower energy costs and reduced dependence on imported fuels.
