Application Scenarios

Depot DC units charging an electric bus fleet overnight on a controlled schedule.

High-power pantograph or cable charging at terminus stops to extend daily service hours.

Charging bays sized for long-distance coaches with tight turnaround windows.

Fast chargers at ranks and airports where vehicles charge between fares.

Depot charging plus storage to cap peak demand for last-mile delivery vans.

Megawatt-class liquid-cooled charging at freight hubs along trunk routes.

Charging and shore-side storage for yard tractors and container handlers.

Rugged charging and storage for haul trucks where grid supply is weak.

Night depot charging for street sweepers, refuse trucks and utility vehicles.

Charging for baggage tugs, buses and ground power units across aprons.

Liquid-cooled ultra-fast chargers on intercity corridors with queue management.

Mixed AC and DC provision for shoppers, commuters and overnight parkers.

Customer-facing charging that increases dwell time and site attractiveness.

Workplace charging for staff and visitors, paired with load management.

Overnight destination charging as part of guest amenity and fleet servicing.

Charging plus storage-backed backup for critical clinical loads.

Campus charging for staff, buses and service vehicles on a managed tariff.

High-density charging that copes with steep event-day demand peaks.

Charging at visitor centres and trailheads, often with PV canopies.

Adding DC bays to existing forecourts without a full grid upgrade.

Shared AC points in apartment blocks with billing and access control.

Wall-mounted AC unit plus home battery for self-consumption and backup.

Load-balanced charging across a garage where feeder capacity is limited.

Storage buffers charging demand so old feeders need no upgrade.

Rooftop PV stored in a LiFePO₄ battery to raise the self-use ratio.

Sub-20 ms switchover keeps lighting, network and refrigeration running.

Charge off-peak, discharge at peak to cut the household electricity bill.

Storage-led supply where the utility network is unreliable or absent.

Storage caps monthly peak demand charges across multiple tenants.

Discharge during production peaks to flatten the load curve.

Battery-backed UPS bridging plus off-peak energy cost optimisation.

Replaces or supplements lead-acid banks with longer-life LiFePO₄.

Storage and charging specified for classified and safety-regulated areas.

Ride-through power for paper, textile and chemical lines that cannot stop.

Storage protects refrigerated warehouses against outage and tariff peaks.

Mobile storage and portable units supply tools before grid connection.

One site combining rooftop PV, battery and DC charging under one controller.

Hybrid controller coordinates generation, storage and load in one system.

Storage discharges at feeder peaks, deferring transformer replacement.

Fast-response storage providing ancillary services where markets allow.

Smooths PV or wind output and reduces curtailment at the point of connection.

Storage-led system displacing diesel for island and coastal communities.

Battery hybrid with generator sets to cut fuel burn and running hours.

Shore-side supply for berthed vessels plus yard equipment charging.

Paired storage buffers swap-shelf charging to hold grid draw steady.

Auxiliary LiFePO₄ bank running appliances and air conditioning off-grid.

Hidden-install auxiliary battery for converted vehicles and long trips.

Auxiliary battery for cab air conditioning and rest stops without idling.

Dedicated supply keeping the refrigeration unit running while parked.

Drop-in LiFePO₄ replacement for lead-acid packs in light vehicles.

Shared charging and battery supply for e-scooters, e-bikes and rickshaws.

Auxiliary power for ambulances, broadcasts vans and service vehicles.

Onboard LiFePO₄ bank for navigation, refrigeration and hotel loads.

Portable stations running coffee machines, POS, lights and tools anywhere.

Portable 300–2,000 W stations with solar input for multi-day trips.

Silent clean power on location, including battery charging for drones.

Rugged portable supply for instrumentation and site equipment.

Rapidly deployed storage and portable units for first-response teams.

Backup supply protecting refrigerated medicines during outages.

Power for temporary base stations, broadcast and command vehicles.

Silent battery supply replacing generators for stages and vendors.

Shore-power style charging and storage for pitches and shared facilities.

Storage plus PV running pumps on a solar-day schedule.

Off-grid supply for lighting, ventilation, milking and processing.

Long-duration storage for remote posts beyond the grid.

Village-scale PV and storage replacing or backing up diesel.

Self-sufficient power for posts with long resupply intervals.

Unattended stations running year-round on PV and battery.

Containerised storage powering accommodation and exploration equipment.