Nanotech Energy

The push for electrification is gaining momentum as the world becomes increasingly conscious of the impact fossil fuels have on the environment. This shift toward electric power is driving a significant boom in the battery industry.

Graphene, a material with exceptional electrical, thermal, and mechanical properties, is emerging as a critical resource in this transition. It has led to a flurry of innovation and research in the battery field, with stakeholders trying to improve the performance and longevity of batteries and make them more affordable.

Nanotech Energy is leveraging graphene’s potential to pave the way for a more sustainable and efficient future in energy storage. It holds the first patent ever filed for graphene and has been playing an essential role in its advancement for over 20 years. It has successfully developed 98 percent single-layer graphene through its proprietary process and manufacturing methods, paving the way for graphene-based electrodes and a proprietary non-flammable electrolyte.

Using Nanotech’s single-layer graphene in a battery cell improves efficiency. Acting as a good conductor of electricity, it allows for better anode-cathode coatings and integration of other materials within the battery.

These batteries can be customized to fit any form factor or container, eliminating the need for manufacturers to redesign existing products or compromise on new designs. The non-flammable battery packs are suitable for various applications, including electric vehicles, bicycles, consumer electronics, military equipment, and other electrified devices.

“Our non-flammable energy storage system offers a significant value proposition for confined spaces where traditional flammable batteries cannot be used. The current standards were not designed for safe batteries, and using Nanotech’s non-flammable batteries allows for simpler energy storage systems,” says Curtis Collar, chief sales and marketing officer of Nanotech Energy.

This eliminates the need for expensive flame suppressant systems. For instance, its non-flammable battery technology entirely reduces fire risk, enabling data centers to increase capacity and reduce maintenance expenditure.

The single-layer graphene is developed on an industrial scale using Nanotech Energy’s in-house, semi-automatic graphene manufacturing process, overseen by a team of engineers and developers, who can formulate the process to meet the specific needs of customers.

The advantage of single-layer graphene is that less additive is needed to make superconductive products, resulting in better physical properties and adhesion.

Nanotech Energy’s graphene-based products extend beyond batteries and include thin conductive coatings, inks, adhesives, and other materials.

It currently manufactures many tons of graphene per year and is planning to build a facility that will increase its production capability by 50 to 100 times. Focusing on producing American-made batteries using local sources and the benefits of graphene will help Nanotech Energy create a local market. It is in talks with government entities in UK to secure offtake agreements and explore opportunities in other regions like Greece and Germany.

Moving ahead, Nanotech Energy sees growth potential in energy storage and believes its safe battery cells will give it a competitive edge in this growing market. It aims to open new possibilities, like installing home energy systems in dense cities and on top of buildings for peak shaving. Nanotech Energy plans to launch innovative systems to capture new market opportunities and provide value to clients. Leveraging the wonder material—graphene—it is solidifying its steps in decarbonizing the ecosystem for a concrete, sustainable future.