Power Solutions for Portable Detection Devices
Reliable, Lightweight, and Long-Lasting Battery Systems Designed for Handheld Industrial and Diagnostic Tools
Reliable, Lightweight, and Long-Lasting Battery Systems Designed for Handheld Industrial and Diagnostic Tools
Green energy, Easy life.
From ultrasonic thickness gauges to thermal imagers and handheld spectrometers, portable industrial inspection tools play a critical role across manufacturing, energy, construction, and quality control applications. We partner deeply with device OEMs to deliver custom battery solutions that are precise, long-lasting, lightweight, rugged, and fully certified for industrial standards. Whether it’s extreme-temperature endurance during field inspections or uninterrupted runtime during extended use, we power your tools to meet—and exceed—performance demands.
A leading industrial inspection equipment manufacturer sought a lightweight, durable battery system for its next-generation portable ultrasonic flaw detector. The device is widely used for weld, pressure vessel, and railway track inspections, requiring exceptional runtime, low-temperature performance, and high protection levels.
We developed a 14.8V 6.8Ah high-rate NCM lithium battery pack, equipped with an intelligent BMS system for accurate SOC display and over-voltage, over-current, and short-circuit protection.
A top-tier safety instrumentation company required a compact, long-lasting battery system for its new generation of portable gas detectors, widely deployed in chemical plants, mining sites, and confined space inspections. The devices must perform reliably in hazardous and low-visibility environments while supporting continuous monitoring and data transmission.
Operation in high-humidity, high-temperature conditions (–10℃ to +60℃)
Compact size limitations for lightweight handheld use
A robust BMS with low-temperature discharge optimization
IP67-level sealing for dust and moisture protection
This battery solution is now widely adopted in industrial gas detection devices across Asia and Europe, with proven performance in both underground mining and petrochemical plant applications.
Our design team can create custom battery designs for just about any device or machine.
We stand by our products and guarantee you’ll be happy with your purchase.
Our efficient production and distribution process gets your product delivered in a timely manner.
A: PKNERGY batteries are purpose-built for industrial-grade portable devices. We deliver superior cycle life, enhanced safety circuitry, and reliable performance in extreme environments—where ordinary batteries often fail.
A: Yes. We specialize in tailored voltage, capacity, size, and connector configurations. Whether your device is a gas detector, analyzer, or environmental monitor, we offer a perfect fit.
A: Our battery packs feature multi-layer BMS protection, reinforced housings, and options for ATEX/IECEx compliance—making them safe for use in mining, petrochemical, or confined space scenarios.
A: PKNERGY batteries comply with UN38.3, CE, RoHS, and MSDS standards. Additional certifications (ATEX, UL, IEC62133) are available upon request.
Q1: What is the typical runtime for PKNERGY’s detection batteries?
A: Runtime varies by device type and load, but our standard 3.7V 6.0Ah pack can support up to 16–24 hours of continuous operation on most gas or environmental analyzers.
Q2: Are your batteries suitable for outdoor or rugged field use?
A: Yes. We offer IP65–IP67 rated casings, shock-resistant design, and wide-temperature operation (–20°C to +60°C), ideal for harsh environments.
Q3: Can the battery be recharged in the field?
A: Absolutely. We provide packs compatible with USB-C, DC jack, and cradle charging, including fast-charge (1C–1.5C) options.
Q4: Is your battery compatible with third-party detection platforms?
A: Yes. We support CAN, UART, and SMBus communications, and offer cross-compatibility with leading handheld device brands.
Q5: How long do your batteries last before replacement?
A: Our detection batteries offer >800 full cycles while maintaining ≥80% capacity, depending on usage and environment.
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