MacroCaps supercapacitors are engineered for applications where standard batteries are too slow, too large, or too costly to maintain. Each unit starts at 2.7V / 25,000F and can be combined — in series or parallel — inside modular rack and cabinet systems, available in indoor, outdoor, and containerized formats (10′, 20′, 40′).
Every MacroCap unit carries its own integrated balancing card, continuously reporting unit ID, temperature, internal pressure, and voltage to the control system. For engineering teams, this means cell-level diagnostics without external monitoring hardware. For operations teams, it means predictive maintenance instead of reactive failure response — lowering unplanned downtime and service costs.
Units connect without inter-cell cabling, at both the cell level (via the balancing card) and the rack level (series/parallel configuration). Fewer connections mean fewer failure points and a shorter, less error-prone install. On the business side, this translates directly into lower installation labor cost, faster commissioning timelines, and reduced spare-parts inventory — since there are simply fewer discrete components to stock and replace.
The compact, cable-free footprint delivers meaningful space savings in installations where real estate or enclosure size is constrained — a direct capex benefit in retrofit and urban-siting projects. Fewer components also means a shorter bill of materials and simpler procurement, reducing both upfront cost and long-term maintenance overhead.
We are at the forefront of the energy storage industry, offering supercapacitor systems that redefine energy storage capabilities by providing extremely high rates of capacitance.
The World’s most Powerful Supercapacitors and Systems
Since 2016, we have successfully developed and introduced our groundbreaking patented architecture for the world’s most powerful capacitor systems. This innovative system utilizes a single series of the most potent double-layer capacitors ever manufactured.
The single-series configuration can be flexibly arranged in parallel and/or into a series providing an even greater capacity for energy storage. The power delivery of this system is only limited by the power and quantity of deployed inverters.
With an ultra-low Equivalent Serial Resistance (ESR), the MacroCap eliminates the need for additional cooling mechanisms for the capacitors themselves. Currently recognized as the most powerful electrical capacitor in production, the Macro Capacitor is manufactured from inert materials, ensuring environmental safety.
Setting a new standard, it is the first capacitor system to incorporate built-in CPU-controlled active balancing and voltage protection, making it a revolutionary choice in the market.
MacroCaps’ supercapacitor propels the expansion of the grid and the development of various types of energy sources, smoothing out energy fluctuations and ensuring grid stability with immediate response. MacroCaps technology is engineered to deliver megawatts of energy in milliseconds. Our high performance supercapacitors guarantees stability, making it suitable for all applications with rapid energy requirements. The system can be tailored providing large amounts of energy in a very short time.
Our technology is powered by our revolutionary patented design, providing outstanding power and energy density. The unique design of our supercapacitor includes built-in digital balancing, allowing for easy and straightforward installation in both serial and parallel configurations. Additionally, individual MacroCap units are connected without the use of cables, making them easy to install and maintain.
Our rack systems are built with the possibility of individual customization. This means they can be tailored to meet a wide range of customer needs. Whether specific energy capacities, voltage levels, or other unique requirements are necessary, our modular approach ensures the system can be configured to meet precise specifications.
The cable-free design not only simplifies installation but also enhances overall system efficiency. With no need for extensive cables and connectors, there are fewer energy losses, resulting in a more efficient energy storage solution.
Our modular rack systems are scalable, allowing to start with a configuration that fits current needs and expand as requirements grow. This scalability ensures that the energy storage solution can adapt to changes in demand over time.
Starting with 25000 farad and with the streamlined and modular design, maintenance becomes simpler. There are fewer units and components to monitor and maintain.
The compact and cable-free nature of our rack systems provides significant space savings. This is particularly valuable in systems where the area is limited, as it allows for efficient utilization of available space.
By minimizing cable connections and utilizing our modular design, potential errors are reduced, ensuring an energy storage system that can be trusted.
Our unique cable-free design streamlines the installation process, saving both time and costs. With fewer components to connect, configuring our systems is effortless. This simplicity ensures a hassle-free experience for our clients, making the integration of our energy storage solutions swift and efficient.
