Custom lithium ion battery packs, built around your device
Shenzhen Himax Electronics Co., Ltd. is a Shenzhen-based company specializing in custom lithium battery solutions for industrial applications, as stated in its company profile. This site presents its range the way a buyer actually chooses: by chemistry, then voltage, then capacity — with every special value tied to the single model listing that states it.
Layered pack cross-section — the site's recurring diagram motif. It is a schematic, not a photograph of a product, factory or customer project, and it is not presented as a photograph of this company's factory.
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A custom range, not a retail shelf
The company profile describes OEM and ODM battery development and manufacturing, with bespoke design, pre-sales quality control, free samples, scalable mass production and after-sales support. Those five service elements are the practical meaning of custom here: the pack is designed around the device, checked before sale, sampled before bulk, scaled when the design is proven, and supported after delivery. A buyer who treats the range as a shelf of finished goods will miss that sequence; a buyer who follows it will get a pack that fits and a sample step that proves it.
The range itself is large: 367 model records with parameter-level detail, organised into 8 product lines — LiFePO4 Battery, Li-ion Battery, Li-polymer Battery, Ni-MH Battery, Sodium-ion Battery, Solar Battery, Charger and BMS. The company profile states its products are sold in 30+ countries, and the platform verification statement describes the company as an Intertek Verified Custom Manufacturer. Both statements are kept labelled as what they are — a company statement and a platform statement — rather than presented as independently verified facts.
What this site deliberately does not do is also part of the offer. It does not publish a single site-wide price or lead time, because terms on the company website belong to individual listings. It does not turn one listing's certificate set into a company-wide claim, because certificates are available upon request for the exact model. And it does not present generic production-scene diagrams as photographs of this company's factory. A buyer who understands those three limits will get faster, more accurate answers than a buyer who treats the site as a price list.
How the range is organised
Eight product lines cover the chemistries and the supporting parts. LiFePO4 packs carry the energy-storage and solar work. Li-ion packs cover tools, garden equipment, light electric vehicles and general industrial devices. Li-polymer packs cover compact and wearable devices. Ni-MH packs cover toys, home devices and legacy equipment. Sodium-ion models appear as a secondary line, presented here through guides rather than as a standalone product range. Solar batteries, chargers and BMS boards complete the system: the pack, the protection that keeps it safe, and the charger that fills it.
Five application ranges cut across those chemistries: solar energy storage, robots, drones, IoT devices and telecom equipment. Each application page explains what that use demands from a pack — sustained discharge for storage, peak current for drones, small size for IoT — and points to the models that carry those demands. Twelve guides cover the decisions a buyer actually makes: choosing a custom pack, comparing LiFePO4 with Li-ion, sizing 12V and 48V systems, understanding 18650 cells, selecting a BMS, reading LiFePO4 voltage systems, and choosing a manufacturer.
Nine detail pages carry full parameter tables transcribed from individual model listings: two solar-storage LiFePO4 packs, a compact 12.8V LiFePO4 battery, a garden-tool Li-ion pack, a 48V e-bike pack, a single 18650 cell, a wearable Li-polymer pack, a NiMH toy pack and a high-current LiFePO4 charger. Each detail page states its own dimensions, currents, cycle life and warranty exactly as its listing states them, and none of those values is carried onto another page.
Custom lithium ion battery packs
The core range: packs built around a buyer's voltage, capacity and space, across LiFePO4, Li-ion, Li-polymer and Ni-MH chemistries. Start here when the device, not a catalogue number, defines the pack.
LiFePO4 battery packs
The largest chemistry family in the range, covering 12V, 24V, 48V and higher-voltage storage packs. Start here for energy storage, solar and backup uses.
Li-polymer battery packs
Flat pouch packs for compact devices, wearables and handheld equipment. Start here when thickness and outline matter as much as capacity.
18650 cells and packs
Cylindrical 18650 cells and the packs built from them, including 48V packs for light electric vehicles. Start here when a standard cell format suits the enclosure.
NiMH battery packs
Rechargeable nickel metal hydride packs for toys, home devices, tools and legacy equipment that still runs on NiMH voltages. Start here for replacements and custom NiMH assemblies.
BMS boards, chargers and applications
Protection boards and charging solutions sit alongside the packs, and five application ranges — solar, robot, drone, IoT and telecom — show where the packs are used. Each application page names its own models and limits.
How to read this site before you ask for a price
Start from the device, not from a catalogue number. First fix the chemistry your application needs, then the voltage, then the capacity, then the space the pack must fit. Only after those four answers are fixed does a protection board, a connector or a charger become a meaningful question. This order matters because a pack that is electrically right but a few millimetres too large still fails, and a pack that fits but cannot deliver the peak current still fails. Every category page on this site follows the same order: chemistry first, then voltage and series count, then capacity, then the special requirement.
Second, treat each model listing as its own record. The company publishes hundreds of model listings, and the same voltage and capacity can appear in more than one listing with different dimensions, protection or terms. That is why this site never merges listings and never carries one listing's price, minimum order or lead time onto another model. When you inquire, quote the exact model description plus the voltage and capacity you saw, so the reply answers about the listing you actually mean. If your device needs a size that no listed model matches, the custom route is the honest path: the company profile describes bespoke design, pre-sales quality control, free samples, scalable mass production and after-sales support, with OEM and ODM battery development and manufacturing.
Third, ask for documents early, not after samples. Certificates are available upon request, and the certificate set that applies depends on the exact model listing, so name the model when you ask. For a battery pack, ask what protection the pack carries and how the pack is wired, because those answers change both safety and price. For a custom shape, ask what the company needs from you — a drawing, a sample enclosure, or both — before you discuss quantities. A short, specific inquiry gets a usable answer; a request for a general price list across hundreds of models does not, because terms on the company website belong to individual listings, not to the site as a whole.
How to place an inquiry, step by step
- Send the device facts. Tell us the device type, the available space (length, width and maximum thickness), the nominal voltage you need, the capacity or runtime you target, and the peak current if your device has motors, radios or heaters.
- Name the model or the chemistry. If a page on this site matches, quote its model description and listing details. If nothing matches, say so and describe the chemistry and voltage you need, so the conversation starts on the custom route.
- Confirm documents and terms in writing. Ask for the certificate set for that exact model, confirm the minimum order, the price basis and the lead time for that listing, and confirm payment and warranty terms before you pay. Terms stated for one model listing do not transfer to another model.
- Agree the sample step. Confirm whether the next step is a listed sample, an engineering sample for a custom design, or a small trial order, and what test you will run on arrival — fit in the enclosure, runtime, or peak-current behaviour.
Send all of this in one message through the contact page: device type, space, voltage, capacity, peak current, model description if you have one, and the documents you need. That is the whole inquiry — no separate form, no account, no extra step.
What to send us now
Send one message with your device type, the space the pack must fit, the voltage and capacity you need, the peak current if it matters, and the model description if a page on this site already matches. Add the documents you need — certificates are available upon request — and whether you need a listed model or a custom design. Use the contact page or write to [email protected], or call +86-755-25629920. A specific message like that is what turns a range of hundreds of models into a short, answerable question.