MINI R
Rural / Remote
- Load
- 1.5–2.0 kW
- PV
- 6–9 kWp
- Nominal BESS
- ~40 kWh
Deployable solar. Intelligent storage.
FlexPV +
FlexPower
Generation, storage and intelligent control - engineered as one field system.
A containerized hybrid-energy platform combining collapsible bifacial solar generation, liquid-cooled LFP storage and coordinated power control for remote and resilient applications.
125 kW / 250 kWh
20 ft flagship · power / storage
256 kW / 500 kWh
40 ft flagship · power / storage
From factory to field
Four controlled stages. One rapid deployment logic.
The product story is a sequence, not just a finished installation: precision assembly, containerized transport, prepared-site rollout and coordinated power delivery.
- 01
Factory assembly
Container, rollout mechanics, power interfaces and controls are assembled and checked before dispatch.
- 02
Containerized shipping
The protected system travels in its deployment container, compact and ready for site handling.
- 03
On-site deployment
Position, level, open and roll out the array; then complete the approved electrical interfaces.
- 04
Deployed. Power on.
FlexPV generates while FlexPower stores, conditions and dispatches energy around the operating need.
Flagship container range
20 ft and 40 ft systems, matched to the duty.
The common architecture supports 5° or 30° deployment layouts. Published footprint values are indicative and final clearances remain site-engineered.
| Container | PV + storage pairing | Panels | Indicative plant area | Role |
|---|---|---|---|---|
| 20 ft | 125 kW / 250 kWh | 192 | 7,700–8,800 sq ft | Compact flagship deployment class |
| 40 ft | 256 kW / 500 kWh | ~394 at 650 Wp | Site-engineered | Higher-capacity flagship deployment class |
FlexPower reference cabinet: the published integrated BESS reference is 125 kW / 500 kWh usable, liquid-cooled LFP, with bidirectional PCS, EMS/BMS and protected outdoor cabinet architecture. Container pairings above are the current market range requested for presentation and require approved project configuration.
FlexPV MINI series
Smaller envelopes. The same system discipline.
Preliminary product classes for telecom, rural, multi-tenant and critical-load contexts. The published envelopes guide early selection; final sizing follows site data and operating profile.
01
MINI U
Urban / Multi-tenant
- Load
- ~3.0 kW
- PV
- 11–15 kWp
- Nominal BESS
- ~60 kWh
MINI C
Critical / High-density
- Load
- 4.5–6.0 kW
- PV
- 18–30 kWp
- Nominal BESS
- 80–100 kWh
MINI EDGE
Enhanced availability
- Load
- Site-specific
- PV
- Site-specific
- Nominal BESS
- 120 kWh+
01 / Generation
FlexPV
Portable collapsible solar generation designed for rapid deployment, plug-and-play connection and automatic roll-out / retraction.
- High-efficiency bifacial monocrystalline dual-glass modules
- Adjustable 5°-30° tilt range with 20 ft and 40 ft container options
- Integrated cable routing, protection interfaces and reflective-ground concept
02 / Storage
FlexPower
Integrated liquid-cooled battery storage combining LFP racks, bidirectional power conversion, EMS, BMS, fire protection and environmental controls.
- 125 kW charge / discharge class and 500 kWh usable capacity
- Liquid-cooled thermal management and protected cabinet architecture
- Black-start, grid-tied / off-grid operation and remote diagnostics
System in motion
See the deployment logic.
The latest FlexPV catalogue film replaces the previous concept video and presents the current deployable-energy system story.
Energy orchestration
One controller. Five operating modes.
The control architecture coordinates solar generation, battery storage and external sources for resilient, optimized and renewable-ready operation.
01
Solar priority
PV supplies the load and charges the battery.
02
Battery backup
Stored energy supports continuity during an outage or low irradiance.
03
Grid-tied hybrid
PV, BESS and grid operate together under coordinated control.
04
Generator integration
An optional generator can support extended autonomy.
05
Networked microgrid
Multiple units can be coordinated for greater capacity.
Where it works
One modular architecture, many field contexts.
01Homes and residential clusters
02Remote villages and community services
03Farms and agriculture
04Telecom sites
05Mining and remote industry
06Data centers
07Disaster relief
08Resorts and eco-tourism
09Defence and security
10EV charging hubs
Published capacities, performance values and layouts are indicative product configurations. Final configuration, dimensions, compliance and commercial scope are confirmed through site survey and approved engineering.
Plan a deployment