ITEN introduces 200C discharge rate solid-state Li-ion battery with advanced nanomaterial engineering for high-power IoT applications

“Our breakthrough solid-state battery technology, driven by ITEN's advanced expertise in nanomaterials, is redefining energy management in electronic devices,” said Vincent Cobée, CEO of ITEN. “With industry-leading power density and full manufacturing readiness, we are solving some of the IoT sector’s most pressing challenges. Our technology is also driving innovation in wearables, healthcare devices, and more, setting a new standard for power efficiency and reliability.”

 

With over 100 customers across various industries already sampling ITEN batteries and designing connected devices with ITEN’s technology, the Powency products are now qualified for full-scale production in the second half of 2025. ITEN’s Dardilly pilot line has the capacity to produce more than 30 million batteries per year, with ongoing plans to launch a high-capacity manufacturing facility by 2028 to meet increasing market demand.

 

This technological advancement is based on ITEN's unique expertise in nanomaterials to engineer full-ceramic electrodes featuring a patented mesoporous structure that significantly enhances their specific surface area. This scalable technology delivers an unmatched combination of power density, recharge speed, safety, and reliability. 

 

ITEN’s Powency product family of solid-state batteries is designed for high power density, ideal for delivering rapid energy bursts in wireless sensor applications. The 200C discharge rate is demonstrated by the Powency 150 microampere-hours (μAh) model with an 18 mm² footprint, translating into peak current capabilities of 30 milliamps (mA) for 50-millisecond pulse lengths.

All Powency batteries will leverage this high-power density attribute to provide the electronics market with area-optimized batteries delivering bursts of current capable of supporting cellular Low Power Wide Area Network  communications.

Conventional Li-ion batteries typically support discharge rates of 2C to 5C, limiting their ability to handle high-power applications. ITEN’s proprietary solid-state battery technology overcomes this constraint, making it an ideal energy buffer when paired with energy harvesters. With their unique power density attribute, these batteries enable instant power delivery, making them particularly suitable for asset tracking, smart homes and buildings, smart agriculture, metering, remote controls, and wireless sensors.

This innovation also enables hybrid architectures where primary batteries are paired with a Powency device to improve the cost, lifespan, and sustainability of IoT and other connected devices. Beyond IoT, ITEN is also developing the next generation of SMD solid-state batteries for wearables, consumer, and healthcare applications, designed to offer high capacity and energy density for demanding use cases.

Thanks to its solid-state technology, ITEN’s Powency batteries retain at least 50% of their capacity at -20°C, whereas conventional Li-ion batteries typically lose 80-90% of their capacity. Additionally, the Powency batteries boast a longer cycle life, enduring up to 250 cycles at 100% depth of discharge at 70°C, and recharge quickly - reaching 80% capacity typically in 6 minutes.

ITEN’s full control over the manufacturing process allows the company to create customized battery designs tailored to specific applications.

ITEN’s solid-state battery technology provides enhanced intrinsic safety, eliminating risks of fire, thermal runaway, or ignition. In addition to superior performance, ITEN’s SSBs offer a more sustainable alternative to traditional coin-cell batteries. Their long-lasting, rechargeable design helps reduce battery waste, while the ITEN production process excludes the use of cobalt and heavy solvents. ITEN’s batteries are free of hazardous materials and comply with RoHS and REACH (Registration, Evaluation, Authorization, and Restriction of Chemicals), two key European Union environmental regulations focused on chemical safety and environmental protection. The environmentally responsible manufacturing process also operates at low temperatures, minimizing its ecological footprint.

For more information, Visit https://www.iten.com