Scenarios
Scenario-based system solutions
Residential, commercial and industrial, utility-scale and charging hub configurations — with the conditions each one suits.
Home
Residential solar and storage
A pitched-roof PV array, a hybrid inverter, a stackable battery and a wallbox, sized from the household load profile rather than from a fixed package.
Suitable conditions
- South, east or west roof planes with limited shading
- Single-phase or three-phase supply with space for a wall-mounted battery
- Night-time consumption or EV charging worth shifting to daytime generation
What it delivers
- Daytime generation stored for evening and morning peaks
- Essential circuits stay powered during short grid interruptions
- Wallbox added on the same monitoring app without a second vendor
Homeowners, residential installers and solar distributors
System composition
- 01
Generate
All-black modules on the pitched roof
TF-B60 modules chosen for uniform appearance, with string layout set from the roof geometry.
- 02
Convert
Hybrid inverter as the system hub
TF-H5 combines PV conversion, battery charging and backup output in one wall-mounted unit.
- 03
Store
Stackable battery in the utility area
TF-R20 stack from 5 kWh upward, sized to evening consumption and backup circuits.
- 04
Charge
Wallbox on the same energy bus
TF-A22 with dynamic load balancing, scheduled to absorb surplus generation.
Recommended products
Solar modulesTF-B60 All-Black Module
Residential module with a uniform black finish
Solar invertersTF-H5 Hybrid Inverter
Single-phase hybrid inverter for residential PV and battery systems
Battery storageTF-R20 Residential Storage Stack
Modular low-voltage stack for home backup and self-consumption
EV chargingTF-A22 AC Wallbox
22 kW wallbox for workplace and residential charging
C&I
Commercial and industrial
Rooftop or carport generation on string inverters, with an outdoor storage cabinet, controlled around demand charges and production schedules.
Suitable conditions
- Roof or carport area able to carry a meaningful share of daytime load
- Demand charges or time-of-use tariffs with a clear peak window
- Space for an outdoor cabinet with maintenance access
What it delivers
- Peak demand clipped by battery discharge rather than by process changes
- PV self-consumption raised by storing surplus instead of exporting
- One EMS view across generation, storage and charging loads
Factory owners, facility managers, commercial EPC contractors
System composition
- 01
Generate
Rooftop or carport array
TF-M10 or TF-T72 modules with string design based on load timing and roof load limits.
- 02
Convert
String inverters on the roof
TF-C30 units with four MPPT trackers follow the roof geometry and feed the site distribution board.
- 03
Store
Outdoor cabinet with liquid cooling
TF-C100 sized to the peak window, with fire detection and a maintenance aisle.
- 04
Use
Load and charging control
Energy management coordinates production load and depot charging within contracted demand.
Recommended products
Solar modulesTF-T72 TOPCon Bifacial Module
Dual-glass bifacial module for high-yield utility projects
Solar invertersTF-C30 Three-Phase String Inverter
Commercial string inverter for rooftop and carport arrays
Battery storageTF-C100 Commercial Storage Cabinet
Outdoor cabinet for peak shaving and demand control
EV chargingTF-D120 DC Fast Charger
Dual-port DC charger for fleet and public corridors
Utility
Utility-scale PV and storage
Ground-mounted generation with containerised storage, specified for interconnection studies and long-term degradation budgets.
Suitable conditions
- Land with planning consent and grid connection capacity
- Interconnection requirements that include ramp or firming obligations
- Long-term O&M arrangements with regional service coverage
What it delivers
- Bifacial modules and containerised storage sized in one energy model
- DC and AC interface data supplied for the interconnection study
- Documentation package structured for lender and owner review
Project developers, IPPs, utility EPC contractors
System composition
- 01
Generate
Bifacial ground-mounted array
TF-T72 modules on trackers or fixed tilt, with bifacial gain included in the yield model.
- 02
Store
Containerised battery blocks
TF-C500 containers with liquid cooling and multi-level fire protection.
- 03
Deliver
Grid interface and documentation
PCS and transformer coordination, plus the certification set requested by the offtaker.
EV hub
Charging hub
A split DC system with satellite dispensers and on-site generation, planned around parking layout and grid capacity.
Suitable conditions
- Parking layout with room for dispensers away from the power cabinet
- Grid capacity that limits simultaneous full-power charging
- Payment and roaming requirements for public access
What it delivers
- Power cabinet positioned at the supply point, dispensers at the bays
- Load management keeps the site within contracted capacity
- Solar canopy and storage can shave the site's peak import
Charge point operators, fleets, retail and transport sites
System composition
- 01
Supply
Split power cabinet
TF-H360 cabinet feeding satellite dispensers through the parking area.
- 02
Control
Load management per session
Contractual priority for fleets, with remaining capacity shared across public bays.
- 03
Support
Canopy PV and buffer storage
Canopy modules and a storage cabinet reduce peak import and improve resilience.
Recommended products
Battery storageTF-C100 Commercial Storage Cabinet
Outdoor cabinet for peak shaving and demand control
EV chargingTF-D120 DC Fast Charger
Dual-port DC charger for fleet and public corridors
EV chargingTF-H360 Charging Hub
Split DC system for high-throughput charging sites
Inquiry
Tell us what the project needs to deliver
Share the load profile, site conditions and target commissioning date. Our engineers reply with a configuration proposal and the documents you need to compare options.