Battery Solutions for VR/AR Wearable Devices High-density & custom lithium battery packs for next-generation immersive wearables #VRBattery #ARBattery #WearablePower #CustomLiPo 1. Industry Background 2. Technical Requirements for VR/AR Batteries 3. Pain Points for Manufacturers 4. PKNERGY Battery Solutions 5. Application Examples FAQ Contact Zavier — PKNERGY 1. Industry Background VR and AR wearable devices are […]
Custom lithium-ion and LiFePO₄ battery packs for agricultural sensors, smart irrigation, drones, and IoT farming equipment.
Smart agriculture and IoT farming are transforming traditional agriculture into a data-driven industry. From soil
sensors and wireless weather stations to smart irrigation controllers and agricultural drones, more and more
devices are deployed directly in the field, often far from a stable power grid. A reliable battery system
therefore becomes the “heart” of each device, ensuring continuous monitoring and precise control in harsh outdoor
environments. :contentReference[oaicite:0]{index=0}
Compared with ordinary consumer electronics, smart agriculture devices face higher demands: long standby time,
wide temperature operation, resistance to humidity and dust, and stable performance over multiple planting
seasons. PKNERGY focuses on providing safe and durable lithium battery packs for these applications, especially
through
custom LiFePO₄ battery
and
custom lithium polymer battery
solutions.
Smart agriculture covers various IoT devices deployed in fields, greenhouses, orchards, and livestock farms. Typical
devices include:
These devices usually have the following power characteristics:
Therefore, the battery solution must balance energy density, cycle life, self-discharge, and cost, while
providing strong reliability in outdoor environments.
Depending on working mode (continuous, intermittent, or seasonal) and whether the device is rechargeable, smart
agriculture devices can use different types of lithium chemistries:
Rechargeable lithium-ion and lithium polymer (LiPo) cells are widely used in data collection nodes, handheld
terminals and small controllers. They offer:
PKNERGY provides
custom Li-ion polymer battery
packs with customized voltage, capacity, connectors and protection circuits for different IoT nodes.
Lithium Iron Phosphate (LiFePO₄) is particularly suitable for outdoor and agricultural environments because of:
For irrigation controllers, gateways, and field-installed boxes that require long service life, a
custom LiFePO₄ battery
pack can significantly reduce maintenance times and improve system ROI.
Agricultural drones for spraying or mapping usually need higher power and energy capacity. Here, high-rate Li-ion
or LiPo packs are commonly used, with:
For more general mobile devices and robots in the field, you can also refer to PKNERGY’s
mobile robot power solution
for design inspiration.
For some long-life, low-current sensor nodes, new chemistries such as sodium-ion are starting to attract
attention, offering good performance under wide temperatures and potentially lower cost. PKNERGY can provide
custom sodium-ion battery
solutions for pilot projects on request.
Based on the original article’s ideas, PKNERGY offers one-stop battery solutions for smart agriculture and IoT
farming equipment—from cell selection and pack design to sample verification and mass production. :contentReference[oaicite:1]{index=1}
Each pack can be equipped with an appropriate PCM/BMS, including:
Many smart agriculture nodes are paired with small solar panels or other energy-harvesting methods. PKNERGY
designs battery packs and charging strategies that match these sources, ensuring:
PKNERGY supports customers with:
For larger farm-scale energy storage (such as photovoltaic + battery systems for irrigation or barns), please
also visit our
farm energy solutions
page on PKNERGY Power.
PKNERGY’s lithium battery solutions are suitable for various smart agriculture and IoT farming applications:
Whether you are an IoT startup or an established agricultural equipment manufacturer, PKNERGY can provide a
customized battery solution that matches your device’s electrical and mechanical requirements.
| Item | Li-ion / LiPo | LiFePO₄ | Sodium-ion (Pilot) |
|---|---|---|---|
| Nominal Voltage (per cell) | 3.6–3.7 V | 3.2 V | Approx. 3.0 V |
| Energy Density | High | Medium | Medium |
| Cycle Life | Good | Very long | Developing |
| Temperature Tolerance | Good | Excellent, suitable for hot climates | Good (depends on chemistry) |
| Typical Use in Agriculture | Rechargeable sensor nodes, handhelds | Controllers, gateways, long-life nodes | Pilot long-standby nodes, future deployments |
| Feature | Description | Benefit for Smart Agriculture |
|---|---|---|
| Custom Size & Shape | Pack designed to match your enclosure and mounting structure | Maximizes capacity without redesigning the whole device |
| Wide Temperature Design | Cell and protection selection suitable for outdoor use | Stable performance in hot summers and cold nights |
| Low Self-discharge | Optimized chemistry and production process | Long standby periods with minimal maintenance |
| Solar-compatible Charging | Packs designed for solar or energy-harvesting inputs | Supports fully off-grid agriculture deployments |
It depends on your device’s power consumption, expected lifetime, installation environment, and maintenance
strategy. For compact rechargeable nodes with solar charging, Li-ion or LiPo is often a good choice. For
controllers and gateways that must last many years with high safety, LiFePO₄ is usually preferred. PKNERGY
can evaluate your project and recommend the most suitable option.
Yes. Based on your IP rating requirements and device structure, we can design packs with appropriate casing,
sealing and wiring to improve resistance to dust and moisture. This is particularly important for field
installations in agriculture.
Runtime depends on multiple factors: sampling frequency, wireless transmission interval, sleep current,
temperature, and battery capacity. PKNERGY’s engineering team can help you build a power budget model and
calculate expected operating time based on your real working profile.
You can send us your device’s electrical specifications (voltage, current, runtime), mechanical drawings,
and working environment. We will propose 1–2 battery pack solutions and provide samples for testing. You can
also leave your requirements through our
Contact Us page.
Looking for a reliable battery partner for your smart agriculture or IoT farming project? Contact Zavier for custom lithium battery solutions, from sensor nodes to irrigation controllers and agricultural robots.
Or send your project details via our online form: Get a Quote
Follow PKNERGY on social media for more case studies and battery insights: YouTube | LinkedIn | X | Facebook | TikTok
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Home › Blog › Temperature Measurement Battery Solutions
PKNERGY provides high-performance lithium batteries engineered for handheld and industrial temperature meters, ensuring stable output, long runtime, and superior reliability.
Temperature measurement devices—including handheld thermometers, industrial probes, HVAC diagnostic tools, and medical monitoring equipment—require highly stable and efficient power sources. With growing demands for accuracy, portability, and wireless features, lithium batteries have become the preferred energy solution. :contentReference[oaicite:0]{index=0}
PKNERGY engineers and manufactures high-performance lithium batteries specifically optimized for professional-grade temperature measurement devices, ensuring consistent voltage, long runtime, and reliable field performance.
Modern temperature meters include digital displays, microprocessors, Bluetooth or wireless communication, backlights, and data logging. These electronics increase power consumption and require a battery with stable output and long service life.
Temperature instruments often run for long periods. Lithium batteries store more energy per gram, enabling extended operation without increasing device size.
Highly accurate temperature sensing relies on stable voltage supply. Lithium batteries maintain a smooth discharge curve that ensures consistent readings throughout the device’s use cycle.
Handheld thermometers and compact testing devices have limited internal space. PKNERGY provides lithium polymer and micro cylindrical cells designed for small mechanical housings without sacrificing performance.
Many measurement devices remain idle for extended periods. Lithium batteries’ low self-discharge ensures readiness even after long storage intervals.
PKNERGY offers several battery chemistries and form factors suitable for a wide range of temperature measurement devices.
| Battery Type | Common Formats | Advantages | Best for |
|---|---|---|---|
| Lithium Polymer (LiPo) | Ultra-thin pouch cells | Flexible shapes, lightweight, high energy density | Handheld digital thermometers, infrared thermometers |
| Micro Cylindrical Li-ion | Small cylindrical cells | Long life, stable voltage, robust structure | Industrial temperature probes, HVAC testers |
| Rechargeable Li-ion Button Cells | Miniature round cells | Compact size, safe chemistry | Compact medical monitoring devices |
| Custom Battery Packs | Pack with PCM/BMS + connector | Tailored performance, easy integration | Professional-grade laboratory instruments |
For applications beyond temperature devices, PKNERGY also offers solutions for other instruments in industrial automation and portable detection devices.
PKNERGY offers complete OEM/ODM customization for temperature measurement device manufacturers:
For specialized devices such as medical-grade temperature probes, PKNERGY can also provide medical device power solutions.
All PKNERGY batteries meet global certification standards, ensuring compatibility and safe transportation:
Lithium batteries offer unmatched performance for temperature measurement devices, including long lifespan, stable voltage, compact size, and exceptional efficiency. PKNERGY’s advanced lithium solutions empower manufacturers to build highly accurate, portable, and durable instruments for industrial, medical, and consumer applications.
With strong R&D capability and complete OEM/ODM support, PKNERGY remains a trusted partner for next-generation temperature measurement technologies.
Depending on usage frequency and device type, lithium batteries typically last from several months to multiple years. PKNERGY provides customized capacity options based on expected runtime.
Yes. PKNERGY provides medical-grade lithium polymer batteries with built-in protection mechanisms and full certification support.
Absolutely. We support JST, Molex, waterproof connectors, and fully customized interfaces.
Thin lithium polymer cells are ideal because they are lightweight and can be shaped to fit compact internal structures.
Need custom lithium battery solutions for temperature measurement devices or other instruments?
Contact Cassie for detailed specifications, samples, or project consultation.
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