Wireless & Batteryless Technology | ESCOM Enhanced Solutions

WIRELESS & BATTERYLESS

Wireless & Batteryless sensor solutions powered by energy harvesting use ambient energy for uninterrupted automation.

Our advanced wireless & batteryless sensor technology is designed to capture ambient energy such as movement, temperature differences, and light and turn it into reliable energy for self-sufficient industrial sensors. These high-performance sensors eliminate the need for wired connections or battery changes, providing uninterrupted and maintenance-free operation. Data from BSN is transmitted over LoRa or Low Power BLE to a gateway (Wi-GaTe) module, where it is processed and integrated into industrial systems with versatile interface options. This full wireless infrastructure increases efficiency, reduces operating costs, and supports sustainable energy applications. By using the latest energy harvesting solutions, industries can achieve smarter, more durable, and eco-friendly automation.

WiT-es: Maintenance-Free Sensor

Fire Risk Due to Cabling

Complex Cable Trays and Labor Burden

McKinsey The human-induced error rate in facilities where manual data tracking is performed is 80%.

McKinsey & Co. Wireless sensor network reduces predictive maintenance costs by 25%.

McKinsey 60% of facilities cannot monitor critical points due to cabling difficulty.

McKinsey Infrastructure installation speed increases 10 times thanks to the wireless structure.

90%

Faster Installation

With wireless infrastructure compared to traditional wired

Category: Industrial Infrastructure

Solution: Zero Cable (Wireless)

ROI: 90% Faster

Wireless

Contrary to popular belief, the biggest cost item of digitalization projects in industrial facilities is not the sensors, but the kilometers long cable trays and labor costs that connect these sensors. Academic literature (e.g., studies on wireless industrial communication standards) shows that cabling costs can be 10 to 40 times more than the device cost.

Critical Warning: Traditional wired systems carry short circuit and fire risk due to insulation wear and mechanical stress. In a facility with thousands of meters of cable, finding a single cable failure causes downtime lasting for days.

Infrastructure Economics

During the digitalization process of a facility; cost per data point including cable ducts, drilling, insulation, and labor is between $40 and $150 on average. The wireless structure of our products directly reduces this capital expenditure (CAPEX) to 0%.

Time Management

Cabling projects cover 70% of the total project time. Our plug-and-play architecture reduces installations lasting for weeks to a few hours, minimizing production loss.

Operational Safety

Cable trays increase the fire load in industrial environments with dust and oil accumulation. Wireless sensors eliminate these physical risk factors, making your facility safer.

Scalability

Fixed cable lines turn into "trash" investment when machine location changes or the line expands. In our wireless systems, moving cost is zero; just dismantle and mount it in its new place.

Why Batteryless?

Technology of the Future: Battery Independent

The batteryless architecture of our product offers users much more than just a simple feature.

62M Tons Annual E-Waste Production

According to the UNITAR 2024 Global E-waste Monitor report, only 22.3% of 62 million tons were collected and recycled in a documented way. The remaining millions of tons of toxic waste mix uncontrollably into nature.

1000+ Toxic Chemical Release

The World Health Organization (WHO) states that lead, mercury, lithium, and cadmium in batteries mix into soil and groundwater, leading to serious health crises from neurological damage to kidney failure.

TCO 80% Share of Total Cost Going to Battery

According to PatSnap Eureka data, 80% of the total cost of ownership (TCO) in wireless sensor networks consists of battery purchase, logistics, storage, and most importantly, field personnel labor costs.

5x Waste Increase Rate

Global e-waste production is growing 5 times faster than official recycling capacities. Batteryless technology is the only permanent way to break this unsustainable cycle and reach 2050 carbon goals.

🌍 Environmental Massacre: E-Waste Crisis

The damage batteries cause to nature is approaching irreversible levels. Millions of batteries go to trash worldwide every day. According to World Health Organization data, improper battery disposal releases more than 1000 toxic chemicals into the environment. These heavy metals mix directly into groundwater and poison the ecosystem.

Global e-waste production is increasing five times faster than the documented recycling rate. Pollution risks for poor communities are reaching fatal levels. — UNITAR, Global E-Waste Monitor 2024

💸 The Invisible Side of the Iceberg

When you buy a battery-powered product, the first bill you pay is only the beginning. Every day, different batteries of hundreds of sensors working in the field run out — technical personnel are constantly in the field, devices stay offline, and serious data loss occurs.

Storage and Disposal Burden: Supplying new batteries, stocking them, and disposing of batteries in 'hazardous waste' status in accordance with the law is a heavy hidden cost for businesses.

MDPI (2024): Zeroing battery usage is the most certain way to prevent toxic heavy metals from mixing into nature and ensures compliance with Circular Economy standards.

🚀 Batteryless Freedom with Our Product

Zero Maintenance Cost

Battery drain concern, purchase budget, and replacement labor completely become history.

100% Uptime

Your device never turns off. No interruptions occur due to 'battery warning'.

True Green Technology

You leave a sustainable technology vision for future generations.

Unlimited Life Cycle

Device life is theoretically unlimited thanks to energy harvesting.

WIRELESS & BATTERYLESS