CES 2026 (Consumer Electronics Show) kicked off the year in Las Vegas with a strong focus on battery technology, and one of the biggest talking points was solid-state batteries that could reshape how everything from motorcycles to material handling equipment is powered.
Two names dominated discussion on the floor. Donut Lab promoted an all solid-state cell it described as production ready, while ProLogium showcased a super inorganic solid-state approach with modular demonstrations aimed at vehicle and industrial use. Both drew attention for their technical ambition and for the possibility that solid-state batteries may one day move beyond passenger vehicles into heavy duty applications like material handling equipment.
Donut Lab Claims
Donut Lab’s claims, amplified by Verge Motorcycles, included high energy density figures and ultra fast charging times measured in minutes rather than hours. Verge displayed motorcycles fitted with the Donut Lab packs and spoke publicly about early deliveries. The announcements generated excitement, while also prompting caution across the industry. As with all major battery claims, independent testing and production scale evidence will ultimately determine whether these systems are ready for wider adoption.
ProLogium Modular Demonstrations
ProLogium used CES to highlight its all inorganic, ceramic style battery architecture and demonstrated compact modules designed to scale into robust battery packs. Engineers on the stand emphasised mechanical stability and vibration tolerance, qualities that are particularly relevant to forklifts and other material handling equipment that operate in demanding environments.
Industry Reaction "Cautious Optimism"
Coverage from technology and industrial media was broadly positive but measured. Solid-state batteries represent a potential step change in energy storage, offering improved safety, higher energy density and longer lifespan. However, the market is still waiting on independently verified cycle life data, abuse testing results and transparent manufacturing processes before these batteries can be considered fleet ready.
What is a Solid-state Battery?
A solid-state battery replaces the liquid or gel-electrolyte used in conventional lithium-ion batteries with a solid conductor. This change in structure alters how ions move within the cell and enables different material combinations to be used. In theory, this creates several performance advantages.
- Higher Energy Potential: Some solid electrolytes support anode and cathode combinations that can store more energy per kilogram.
- Improved Safety: Solid electrolytes can be non-flammable, reducing the risk of thermal runaway compared with liquid electrolytes.
- Longer Cycle Life: Certain solid architectures promise slower degradation and more usable cycles over the pack’s life.
What this Means for Forklifts Today
Despite the excitement around CES announcements, solid-state batteries are not yet ready for widespread use in forklift fleets. Moving from laboratory scale cells to heavy duty industrial battery packs requires extensive validation under real operating conditions.
- Independent Testing: Verified cycle life and safety testing under industrial load profiles.
- Mechanical Durability: Proven resistance to vibration, impact and thermal stress.
- Manufacturing Maturity: Consistent production quality and sustainable cost per kilowatt hour.
- OEM Trials: Field testing in multi shift forklift operations.
In practical terms, solid-state remains a technology to watch rather than one to deploy immediately. It may be the future, but for now, it is still warming up on the sidelines.
The Current King: BYD Blade Batteries
While solid-state development continues, the material handling industry today relies on proven lithium-ion chemistries. Among these, lithium iron phosphate batteries have become the preferred choice for many Australian operations.
BYD has emerged as the leader in lithium iron phosphate battery development through its Blade style battery design. Rather than chasing maximum energy density, BYD prioritises safety, mechanical robustness and long term reliability. This philosophy aligns closely with the needs of forklift operators.
- Safety & Stability: Lithium iron phosphate chemistry has stable thermal behaviour and a lower risk profile in enclosed environments.
- Long Service life: High cycle life delivers predictable performance over many years of operation.
- Low Maintenance: Sealed battery packs remove the need for watering, acid handling or battery change rooms.
- Opportunity Charging: Fast and frequent top up charging supports multi shift use without downtime.
BYD Blade batteries are now being integrated into electric forklifts available in Australia in 2026. For warehouse and distribution operators, this offers access to a mature, low risk battery platform that is supported by strong warranties and established dealer networks.
Conclusion
CES 2026 has reinforced that solid-state batteries are advancing and deserve attention. However, forklift fleets operate in the real world, not the exhibition hall.
If their claims are validated and production scales successfully, solid-state batteries could eventually deliver tangible benefits to material handling. Until then, for most Australian warehouses today, lithium iron phosphate systems such as BYD Blade batteries provide the best balance of safety, uptime and total cost of ownership.
Note: This article summarises publicly available CES 2026 announcements and current industry practice.