Product Detailed Parameters
产品详细介绍
Eaton - Brand Introduction
Eaton was founded in 1911 and is headquartered in Dublin, Ireland. It is listed on NASDAQ in the United States (NYSE: ETN) and had sales of $19.6 billion in 2021. The company has sales operations in 175 countries and regions worldwide.
Eaton's Supercapacitors Advantage
High reliability and long lifespan
Adopting an electrochemical double-layer capacitor (EDLC) structure, combined with proprietary materials and processes, the expected lifespan can reach 20 years.
Maintenance free design, no need to replace parts or batteries, suitable for harsh environments (-40℃ to+85℃).
High voltage and large capacity energy storage
Provide high-voltage modules (such as XLHV series supporting 1500V, XLM series supporting 62V/69V), with a capacitance range covering 62.5F to 3400F, to meet high energy density requirements.
Environmental Protection and Safety
Compliant with RoHS/REACH standards, lead-free design, and environmentally friendly.
Overcharging and over discharging do not affect the lifespan, and there is no risk of electrolyte leakage.
High power density and efficiency
The power density can reach more than 10 times that of lithium batteries, the system efficiency exceeds 98%, and the ESR is as low as 0.23m Ω, reducing power consumption.
Rapid response capability
Millisecond level charge and discharge response, suitable for scenarios such as power grid frequency regulation and smoothing of new energy fluctuations.
Flexible installation and integration
Standard 19 inch rack installation, modular design, supports vertical/horizontal configuration, easy to expand and integrate.
Eaton Supercapacitors Application
Power system enhancement and frequency regulation
Used for enhancing STATCOM (Static Synchronous Compensator) to improve the dynamic stability of the power grid. Fast frequency regulation, auxiliary services, and peak shaving to alleviate power grid congestion.
New energy grid connection and energy storage
Stabilize the fluctuation of wind and solar power generation and support the smooth integration of distributed energy into the grid. As a component of hybrid energy storage systems, it collaborates with lithium batteries to extend lifespan and reduce costs.
Industrial and backup power supply
Industrial equipment power-off protection (such as through power supply, UPS backup power supply) ensures the continuous operation of critical equipment. User side energy storage for data centers, medical equipment, etc., optimizing peak valley electricity price arbitrage.
Intelligent devices and micro energy storage
Button type supercapacitors are used in micro energy storage scenarios such as real-time clock backup, memory backup, and wearable devices. Support short-term power supply for low-power devices such as smart homes and IoT terminals.
Transportation and Infrastructure
Hybrid electric vehicle energy recovery and rail transit braking energy storage. Instantaneous power compensation for infrastructure such as smart grids and optical network terminals (ONTs)
