Applications

Sustainable Power for the Connected World

Advanced Power Solutions for CONNECTED DEVICES

Sustainable Energy for a Connected World

The Internet of Things and Connected Device revolution promises to transform our lives, but at what cost to our planet? As billions of new devices are added each year, the environmental impact of powering these devices becomes a major concern.

ITEN is meeting this challenge head-on with innovative, environmental-friendly solid-state battery solutions.

The Challenge

  • Billions of devices = Billions of batteries
  • Non-rechargeable batteries still hugely deployed
  • Potential for massive electronic and battery waste
  • Lagging power architectures
  • Resource-intensive sourcing and manufacturing
 Proven Performance

New energy storage concepts are becoming the driving force behind all modern power-constrained and eco-friendly applications. ITEN fulfills the most stringent market requirements for:

1.

Durability

  • Rechargeable
  • Long lifespan
  • Dramatically reduced battery replacement needs and OPEX
  • Energy Harvesting to build maintenance-free solutions
2.

Efficiency

  • High Power Density
  • Optimized Form Factor
  • Simple Power Management
  • SMD Devices
3.

Sustainability

  • 100% recyclable components
  • Zero toxic materials
  • No heavy solvents
VERSATILE APPLICATIONS

Our key market segments

Optimize IoT Performance and Form Factor

Transform Your Wearable Device Experience

Pioneer Hazard-free Power for Healthcare

Embrace Highly Sustainable Architectures for Power Backup

Frequently Asked Questions

Have questions about our technology and its applications?

What industries does ITEN serve with its battery technology?

ITEN’s solid-state batteries serve a wide range of electronic industries, including IoT, Wearables, Healthcare, and Power Backup applications.

What are the most common circuit architectures to charge the ITEN batteries?

ITEN’s battery charging mechanism requires only a constant voltage (CV charging mechanism). This simple criterion simplifies the design and decreases the complexity of the charging circuit, resulting in a lower-cost Bill of Materials (BOM).

How can I interface ITEN battery with energy harvesting systems?

The ITEN eco-friendly battery is intended to be compatible with energy harvesting systems, requiring just a Power Management Integrated Circuit (PMIC) to govern energy flow. A PMIC allows you to properly harvest and manage energy from a variety of sources, ensuring peak battery performance and longevity. This setup's simplicity reduces total system complexity and expense, making it a suitable alternative for long-term and energy-efficient applications.

How does the battery cycling translates into IoT designs?

ITEN’s batteries are ideal for IoT applications, especially those built on low-power wireless communication protocols. It is designed to withstand high current peaks ranging of 100C, making it perfect for devices that require short bursts of power for wireless data transmission. ITEN’s battery withstands hundreds of charge cycles with minimal influence on capacity, ensuring long-term durability and avoiding the need for frequent replacements. This endurance, paired with its high current capabilities, makes the ITEN battery the ideal energy storage choice for highly demanding IoT applications.

How does ITEN battery contribute to sustainability and eco-design?

ITEN’s batteries are specifically designed with sustainability and eco-design concepts in mind. ITEN employs eco-friendly materials and dedicated manufacturing processes to limit the battery's environmental impact throughout its lifespan. ITEN is fostering the deployment of Energy Harvesting based solutions to create long-lasting, maintenance-free solutions. This dedication to sustainability makes ITEN batteries an excellent choice for businesses seeking to produce greener and more sustainable electronic products.

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