Seven industries. Zero compromises.
Every operating environment has its own failure modes — heat, vibration, ingress, corrosion, unattended operation. We design to the ones your application actually faces.
Construction Equipment
Electrified construction equipment lives in dust, mud, vibration, and temperature swings that consumer battery packs were never designed to survive — and downtime on a jobsite is measured in dollars per hour.
Hyve engineers sealed, structurally rated packs matched to your machine's duty cycle, with thermal and mechanical margin built in for the conditions equipment actually sees in the field.
- IP66/67 sealed enclosures rated for jobsite ingress
- Shock & vibration validated to off-highway standards
- Fast-charge architecture to protect utilization rates
- Service-friendly design to minimize downtime
Mining
Mining equipment demands energy density and thermal headroom in confined, high-heat, high-vibration environments where a battery failure can mean a safety incident, not just a maintenance ticket.
We design propagation-safe, thermally managed packs with the mechanical robustness and safety documentation mining operators and regulators require.
- Cell-to-cell thermal propagation containment
- High-vibration and shock-rated structural design
- Explosive-atmosphere-conscious engineering practices
- Documentation built for safety-case review
Marine
Marine environments combine constant vibration, salt-air corrosion, and zero tolerance for thermal events on a vessel where crew safety and mission uptime are non-negotiable.
Hyve builds corrosion-resistant, propagation-safe pack architectures — including LTO platforms for applications where cycle life and safety margin outweigh raw energy density.
- Corrosion-resistant materials & sealing strategy
- LTO options for high cycle-life, high-safety duty
- Class-society documentation support
- Redundant architecture for mission-critical loads
Robotics
Robotics platforms need energy-dense, tightly packaged power that integrates with sophisticated control systems — while surviving drops, dust, and continuous duty cycling.
We engineer compact, high-power-density modules with CAN-based BMS integration designed to talk directly to your robot's control stack.
- High energy and power density for compact platforms
- CAN/J1939 BMS integration out of the box
- Hot-swap and rapid-charge architectures available
- Rugged mechanical design for repeated field cycling
Defense
Defense programs require domestic, traceable supply chains, extreme environmental qualification, and documentation rigor that commercial battery suppliers aren't built to provide.
Hyve engineers to MIL-STD environmental requirements with full design traceability, positioning our platforms for programs where supply chain assurance is as important as performance.
- MIL-STD-810 environmental qualification pathway
- Design traceability & configuration control
- SCOMET-conscious export compliance awareness
- NRE engineering model built for program requirements
Autonomous Vehicles
Autonomous platforms operate unattended, often far from service support, and can't tolerate the weight, thermal, or reliability compromises of off-the-shelf battery hardware.
We design lightweight, high-reliability packs with predictive BMS telemetry, so operators get state-of-health visibility even when the platform is out of reach.
- Weight-optimized structural and cell architecture
- Telemetry-enabled BMS for remote state-of-health data
- Redundant safety architecture for unattended operation
- DGCA / UAV acceptance testing support pathway
Industrial Automation
Automated guided vehicles and industrial equipment run continuous multi-shift duty cycles where charge time and cycle life directly determine throughput economics.
Hyve engineers high-cycle-life modules and fast-charge architectures sized to your operation's shift patterns, backed by service contracts that protect uptime.
- High cycle-life cell chemistries for continuous duty
- Fast-charge & opportunity-charge architectures
- Fleet-level telemetry & predictive maintenance data
- Annual service contracts to protect uptime
Tell us what your application demands.
Send us your voltage, capacity, and application requirements and our engineering team will respond with next steps — typically within two business days.