Supercapacitors, also known as ultracapacitors, are a novel new storage technology capable of long life and instant recharging. Through recent advances in nanomaterials, electrification of infrastructure, industry, and concerns about fuel, the technology has greatly evolved and adapted in recent years. Supercapacitors nowadays have uses in markets such as motorsports, automative, aerospace, heavy industry and transportation, maritime, renewables, and grid, in which they contribute large scale economic benefits.

As opposed to utilizing a chemical reaction in batteries to store energy, supercapacitors do so via an electric field, which allows them to charge and discharge much faster. This can be done up to a million charge and discharge cycles, resulting in longer lifespans. Little to no internal resistance (as low as 0,12 mQ) allow supercapacitors to operate close to 100% efficiency. Schematics wise, supercapacitors are lighter than batteries, and consist of environmentally friendly components. Supercapacitors are an excellent option in conjunction with lithium-ion batteries and other high energy density storage options. Having a power density of up to 60 times that of batteries, power supply units can be constructed by placing supercapacitors in parallel to one another, and with load leveling, the battery life and safety of a utilized product is also expanded upon. As an example, electric cars that that opt for supercapacitors and batteries see the two working side by side; the supercapacitor provides the power for acceleration while the batteries provides range and recharges the supercapacitor when needed.

High-voltage supercapacitor modules are capable of high-current, high-power, high-efficiency, and instantaneous charging and discharging of energy without the fear of overheating or causing explosions like lithium batteries. Capable of operating from -40°C to up to 65°C, supercapacitors can easily last for over a million lifecycles - advantages that lithium and lead acid batteries cannot compare to or replace.

As of last year, the industry reached a $2 billion world market size with an impressive annual compound growth rate of 20%. Because the natural intrinsic property of the coconut shell derived activated carbon used in the commercial supercapacitor for energy storage has reached its limitations for performance, the industry cannot make any breakthroughs. Yet there still exists significant room for current market players to compete in regards to reducing the overall manufacturing costs of their products and making a profit, thus showing a thriving outlook.    

Our supercapacitors are able to operate on the standard that they due thanks to the graphene-like carbon, a crucial material for storaging energy and power in all our supercapaciotrs and their modules. This allows our supercapacitors to achieve 2X energy storage capability in comparison to best commercial on the market.