Ultra Low Power, Ultra Fast Data
Revolution in Automation with Energy Harvesting Technology
Ultra Low Power (ULP) technology transforms industrial systems to feed wireless, batteryless sensors and IoT devices using environmental energy (light, movement, heat, and vibration). Our efficient Power Management (PM) modules condition and manage this energy, ensuring reliable operation even with minimum power input. By integrating energy harvesting systems with ULP electronics, we offer self-sufficient solutions that are temperature-resistant, precise, and capable of establishing seamless wireless communication.
Redefining Energy Efficiency
The ultra-low energy consumption of ESCOM-es systems allows data transmission every 500 milliseconds using only 138 microwatts of energy. This extraordinary efficiency extends device life, reduces environmental impact, and lowers operational costs. By combining advanced low-power design with high-performance functionality, our technology paves the way for a smarter, greener future by providing sustainable solutions for energy-efficient industrial and IoT applications.
Frequently Asked Questions
How does the Ultra-Low Power (ULP) architecture enable batteryless sensor operation?
Operating at 2.5 μA sleep current and 138 μW active transmission power, our advanced power management circuits condition micro-scale harvested energy to sustain continuous data flow without external batteries.
How does the sensor behave when machinery stops or ambient energy drops temporarily?
Integrated capacitor energy storage units maintain operational state during temporary machinery shutdowns, ensuring no critical telemetry is lost and enabling instant data transmission once ambient power resumes.
How does ultra-low power consumption affect device lifespan and maintenance needs?
Without chemical batteries, battery degradation failures and replacement maintenance labor are completely eliminated. Sensor lifespan aligns with industrial electronic component standards, requiring zero routine maintenance.