In a lithium battery system, the BMS is the part that decides whether everything else is safe. As applications spread into harder duty cycles — fleet delivery, high ambient temperatures, sustained high-current loads — the margin for a weak BMS disappears. The board either holds up in the field, or it shows up in your warranty claims.
That’s the problem DALY’s engineering organization is built to solve. Not with marketing claims, but with the kind of R&D depth that a sourcing engineer can actually evaluate: specialized teams that own each discipline end to end, a customization process that adapts the BMS to your platform, and a track record you can check.
Operating under ISO 9001 / ISO 14001 systems with CE and RoHS compliance. The energy-storage line carries UL Recognized Component status (not full UL system certification — the distinction matters for North American projects).
The Depth Behind Every Board
A 100-plus-person engineering team, organized so each discipline owns its outcome. Here’s what each one means for your project.
Software
Engineers who own the protection algorithms and the full app / mini-program / IoT stack. The payoff for you: fast, well-tuned protection logic, firmware that behaves predictably in service, and a monitoring layer you can put your own brand on.
Hardware
Specialists in circuit design, thermal management, component selection, and PCB/EMC — the disciplines that decide whether a board holds up against heat, cold, and vibration in real service, not just on the bench.
Mechanical / Structural
A team that designs the board around your enclosure — tight integration and sound thermal behavior, plus protection against moisture, vibration, and oxidation, so you don’t rework your pack to fit a generic board.
Applications / Customization
Engineers who work to your series count, current rating, communication protocol, and feature list — so the BMS fits your platform, instead of forcing your platform to fit the BMS. This is usually where an OEM project succeeds or stalls.
Validation
A dedicated test team that runs multi-scenario validation before a board ships — the goal being to find failures in the lab instead of in your field returns.
Four R&D Centers, One Point of Accountability
Deep customization needs more than one team. Four centers run in parallel — and you deal with one vendor, not four.
Owns the underlying BMS architecture and roadmap, so core performance keeps pace as your requirements evolve rather than aging out mid-program.
Sales, engineering, and technical staff working together, so a system-level question gets a concrete engineering answer instead of being handed back and forth.
BMS-matched charging technology, so you can source charge-plus-manage from one supplier with a single point of accountability for how they work together.
Focused on home and base-station storage, with reliability testing against the mainstream inverter protocols on the market — aimed at integrations that work on first connection.
Customization Is the Point, Not an Add-On
Plenty of suppliers ship standard boards and ask your design to accommodate them. That works until your operating conditions don’t match the catalog. Backed by a mature IPD (Integrated Product Development) process and a portfolio of core patents, DALY adapts the BMS to the application instead — across e-bikes, e-scooters, e-trikes, portable power, AGVs, cleaning machines, golf carts, electric forklifts, RV storage, and aerial work platforms.
Non-standard PCB redesigns, custom interface definitions, and high-current circuit development, fitted to your enclosure for a drop-in result.
Protocol-level work across Bluetooth, Wi-Fi, and 4G/GPS modules — with the firmware speaking the protocol your controller actually expects, confirmed during commissioning.
App, mini-program, and desktop interfaces customized so the digital layer reads as your brand, not ours.
Alarm thresholds, fault-recovery logic, and audible-alarm behavior, written and calibrated to your real duty cycle rather than a default profile.
A note on certification, stated plainly: DALY operates under ISO 9001 / ISO 14001 systems with CE and RoHS compliance. The energy-storage line carries UL Recognized Component status — not full UL system certification — with documentation provided to support system-level certification work in your market. For regulated projects, ask for exactly the test data and documentation your certification path requires; that’s the support the engineering team is set up to provide.
From a clean-sheet, 0-to-1 solution to deep feature work for an unusual duty cycle, the value of a 100-plus-person engineering bench is simple: the answer to “can you build this for our platform” is usually yes, and it comes with the documentation to back it.
Post time: Jun-12-2026
