The Lifeline Power for Off-Grid Exploration & Safety

Hanery is a leading B2B manufacturer of ultra-reliable, long-endurance, and wide-temperature polymer lithium-ion batteries for handheld GPS and satellite messengers. We engineer the mission-critical power that enables navigation, two-way communication, and SOS functionality, anywhere on Earth.

Safety

Low Self-Discharge

Long Lifespan

Lightweight

Your Expert GPS & Satellite Messenger Battery Manufacturer in China

For devices that are a user’s lifeline to the outside world, partner with a battery manufacturer that delivers uncompromising reliability.

Mission-Critical Reliability

Engineered with a zero-failure philosophy for devices where performance is a matter of safety.

Extended Off-Grid Endurance

We use the highest energy density cells to provide multi-day or even week-long operational life.

Extreme Weather Performance

Our wide-temperature chemistry ensures your device functions reliably in freezing alpine and hot desert conditions.

Optimized Power-to-Weight Ratio

We focus on minimizing battery weight, a critical factor for hikers, climbers, and remote workers.

Intelligent & Accurate Fuel Gauge

Smart BMS with precise runtime reporting, so users know exactly how much power they have left.

Certified for Global Use

Rigorously tested to meet the highest international safety and transportation standards.

Dividing and Cutting

Custom GPS & Satellite Messenger Batteries as Your B2B Supplier

Hanery is your specialist partner for custom polymer battery packs, meticulously engineered for the life-safety critical field of off-grid communication and navigation. We understand that in a remote location, the battery is the single most important component. Our expertise lies in creating exceptionally durable, long-lasting, and weather-resistant power systems that provide unwavering performance, giving your customers the confidence to explore further and stay safe.

Wholesale GPS & Satellite Messenger Battery Capabilities

We provide custom power solutions for a wide spectrum of off-grid and professional field devices.

Garmin Handheld GPS & Satellite Messengers

Garmin Handheld GPS & Satellite Messengers Batteries

Suunto Handheld GPS & Satellite Messengers

Suunto Handheld GPS & Satellite Messengers Batteries

SPOT Handheld GPS & Satellite Messengers

SPOT Handheld GPS & Satellite Messengers Batteries

Zoleo Handheld GPS & Satellite Messengers

Zoleo Handheld GPS & Satellite Messengers Batteries

Does Your Device's Battery Die When the Temperature Drops?

Reliability knows no season. Our wide-temperature battery technology is engineered to deliver dependable power, even in sub-zero conditions.

Customized Options for Your GPS & Satellite Messenger Batteries

We engineer every detail for absolute reliability in the field.

Wide Temperature Chemistry

We use specialized electrolytes to ensure reliable performance from -40°C to +60°C (-40°F to 140°F).

Maximum Energy Density

We select the highest density cells to maximize runtime for long expeditions.

Rugged & IP-Rated Housing

We design durable, sealed enclosures to protect the battery from drops, dust, and water ingress (e.g., IP67).

Intelligent BMS with Accurate Fuel Gauge

We integrate a smart BMS with SMBus for precise, real-time power level reporting.

Low Self-Discharge Formulation

Ideal for devices stored in an emergency kit, ensuring the battery is ready when needed.

Solar Charging Compatibility

Our BMS can be designed to be compatible with portable solar panels for extended off-grid use.

Get Your Batteries in Bulk, Step-by-Step

In-Depth Consultation

We analyze your device's power profile (transmit/receive, standby), runtime targets, and environmental challenges.

System Design & DFM Proposal

We provide a comprehensive proposal with 3D models and Design for Manufacturing (DFM) feedback.

Prototyping & Environmental Testing

We produce robust prototypes for you to conduct extensive testing in temperature chambers and for durability.

Certification Management & Approval

We manage all global safety and transportation certifications (UN38.3, IEC, UL).

High-Volume Automated Production

Your bulk order is manufactured with a focus on mission-critical consistency and quality.

Global Logistics & Compliant Shipping

We manage the entire logistics process, ensuring your batteries are shipped safely and on schedule worldwide.

FAQ for Handheld GPS & Satellite Messengers Batteries

A: We use a zero-compromise approach: utilizing only premium, Tier-1 grade cells, implementing a Failure Mode and Effects Analysis (FMEA) in the design process, and conducting 100% end-of-line functional testing on every battery pack.

A: At freezing temperatures (0°C / 32°F), a standard LiPo might only deliver 70-80% of its capacity. Our wide-temperature formulation is designed to deliver over 90-95% of its capacity under the same conditions, and still perform reliably at much lower temperatures.

A: For a new custom design, our MOQ typically starts at 20,000 to 50,000 units, depending on the complexity of the housing and electronics.

A: Yes. We can design the battery pack with a fully sealed, robust housing and waterproof contacts to be a key component in your IP67-rated instrument, ensuring it works even after being submerged.

A: Extremely accurate. Our intelligent BMS uses coulomb-counting and communicates with the device’s processor to provide a precise, real-time State of Charge (SoC), which is critical for planning in the backcountry.

A: Given the complexity of the custom housing and wide-temperature validation, the lead time for the first batch of functional prototypes is typically 7-9 weeks.

A: Our batteries are designed with very low self-discharge rates. They can be stored for a year and still retain a very high percentage of their charge, ensuring the device is ready for an unplanned adventure or emergency.

A: Yes, we specialize in designing user-replaceable battery packs with robust, glove-friendly latching mechanisms and durable connectors for easy swapping of spares on long trips.

A: Yes. All our batteries are tested to UN38.3 standards for safe transport and are typically designed to be under the 100Wh airline carry-on limit, making them ready for global expeditions.

A: Please provide your device’s voltage, required runtime (in hours or days), power consumption profile (standby, tracking, transmitting), dimensional constraints, any specific IP or durability requirements, and your estimated annual volume.

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