Are you actively dealing with thermal throttling on your heavy-lift drones right when payload demands peak? We see this exact hardware failure mode weekly when analyzing flight logs from prospective clients at our factory testing grounds. The shift toward advanced aerial logistics is accelerating rapidly, and this May, the global aviation sector converges to address these exact engineering bottlenecks. We are confirming our participation in the International Low-Altitude Economy and UAS Expo 2026 (running concurrently with the 11th Shenzhen International UAV Expo).
From May 21 to 23, 2026, our engineering team from LiTrue Power Technologies Co., Ltd will be stationed at Hall 3, Booth 3D01 inside the Shenzhen Convention and Exhibition Center. We aren't just bringing brochures to this SZCEC exhibition.
Table of Content
Exhibition Media
Truths About Commercial UAV Power
The "low-altitude economy" is no longer a buzzword—it is an aggressive industrial reality. In Shenzhen alone, over 1,730 enterprises in the UAV industry chain currently generate massive production value, pushing the limits of what unmanned systems can carry. However, hardware scaling exposes major flaws in legacy power systems.
Key Features Expected in the Market: Operators now demand extreme power density. We see specification sheets crossing our desks daily asking for sustained 6C discharge rates and 20C burst capabilities without destroying the cycle life of the pack. They want wide-temperature operability and ultra-high integration efficiency.
Missing Features in Legacy Systems: Most off-the-shelf power packs fail structurally. They lack localization-oriented Battery Management Systems (BMS) capable of high-precision State of Charge (SOC) estimation under dynamic, aggressive loads. You often buy a "smart battery" that is fundamentally a black box, giving you zero telemetry on individual cell health during a flight.
The Truth You Should Know: You cannot simply scale up a consumer drone lithium pack and expect it to run a heavy-lift crop sprayer. It fails basic physics. The internal resistance (IR) in lower-tier cells creates localized hot spots during high-amp draws. Standard passive cooling cannot mitigate this heat. We learned this early on during our custom-shaped cell development. Without a multi-layer liquid cooling architecture or heavily modified internal tab designs, those scaled-up packs will swell, vent, or catch fire within 50 cycles.
FAQ
Will LiTrue showcase the new solid-state pouch cells at the Shenzhen UAV Expo?
Yes. We are bringing physical sample cells of our high-energy solid-state technology to Booth 3D01.
How do these high-rate UAV batteries handle aggressive emergency flight maneuvers?
High-G maneuvers, such as wind-shear corrections or emergency collision avoidance, demand instantaneous current. Our ultra-high C-rate cell technology guarantees that when your flight controller suddenly requests 200 amps, the battery dumps the power immediately without triggering a sudden low-voltage cutoff that would drop the drone out of the sky.
Can we schedule a dedicated engineering meeting during the Expo?
Absolutely, and we strongly encourage you to do so. The floor at the Drone World Congress and UAS Expo gets incredibly crowded. Contacting us beforehand via our official channels ensures you get uninterrupted time with our battery architects. (Note: For official expo ticketing and general visitor registration, you can use the event organizer's email at service#cps.com.cn, but contact LiTrue directly for private technical meetings).
Does LiTrue handle international OEM/ODM manufacturing?
Yes. We operate as a primary factory supplier. We regularly execute localized BMS substitution tech and custom-shaped cell development for global B2B clients, handling everything from raw cell production to final pack assembly and international freight compliance.
Summary
The aggressive push toward fully autonomous aerial logistics waits for no one. Whether you are retrofitting a legacy fleet of agricultural sprayers or engineering a proprietary eVTOL platform from scratch, your power system entirely dictates your maximum operational ceiling. Utilizing standard, off-the-shelf packs built for a different era of aviation will only guarantee field failures and massive replacement costs.
We invite you to stop by Hall 3, Booth 3D01 at the International Low-Altitude Economy and UAS Expo 2026 in Shenzhen. Bring your specification sheets. Let our team look at your raw flight logs, analyze where your current power failures are occurring, and engineer a customized, high-rate battery solution that actually performs when the payload leaves the ground.
SZCEC Transportation Guide
To help you navigate to the Shenzhen Convention and Exhibition Center (SZCEC) smoothly, here is the official transportation routing guide for our global attendees:
| Site Location | Site Name | Metro and Bus Lines |
|---|---|---|
| Convention and Exhibition Center North | Convention and exhibition center | Metro Line 1, 4, 15, 50, 56, 64, 80, 109, 211, 235, 371, 374, 375, K578, Airport 9 |
| East of the convention and exhibition center | Fuhua 3rd intersection | 3, 15, 33, 34, 50, 60, 64, 221, 235, 371, 374, K113, Peak Line (4) |
| East of the convention and exhibition center | East of the convention and exhibition center | 34, K113 |
| Convention and Exhibition Center South | North of Huanggang Village | 229, 337, 353, 369, 382 |
| Convention and Exhibition Center South | Convention and Exhibition Center South | 229, 337, 338, 369, 382, J1 |
| Convention and Exhibition Center West | Increase the field in the middle of the road | 15, 64, 71, 73, 76, 80, 235, 374, 398 |
