Connect, Store,
Power
Experience energy flexibility for the modern home with the Trent Collection—an adaptable solution that connects solar, grid, and smart home systems.
Featuring the GivEnergy AC Coupled or Hybrid Inverter and modular Batteries options (2.6 kWh, 5.12 kWh, and 9.5 kWh), this collection offers a powerful yet simple way to store and manage energy.
Bridging Energy Systems and Empowering Smart Homes
At the heart of the Trent Collection is the GivEnergy AC Coupled Inverter, delivering a dependable 3kW AC output and 3.2kVA max power. Designed for seamless integration with grid power, solar panels, wind, or hydro systems, it offers true energy independence and flexible charging options to suit any setup.
Paired with the modular Batteries range (2.6 kWh, 5.12 kWh, and 9.5 kWh), the Trent Collection adapts to your home’s unique energy needs—ensuring you only pay for the storage capacity you use.
Versatile Power
Compatible with various power sources, including grid, solar, wind and hydro power.
Scalable And Future-Proof
Expand your setup as needed, even supporting a microgrid or 3-phase system.
AI-Driven Energy Optimisation
Built-in intelligence charges during off-peak times, and discharges stored power during peak times, reducing costs by up to 85%.
How it works
AC Coupled Inverter
and Low Voltage Batteries
Trent Hybrid or AC Coupled:
Which One Powers Your Needs?
Your ideal solution depends on your existing infrastructure and long-term energy goals.
Trent AC Coupled
-
You are undecided about installing solar panels.
Charge up via the grid to achieve energy independence. -
You do not want your current tariffs to be affected
This retrofit-compatible collection does not affect legacy tariffs. -
You want reliable backup power
Keep essential appliances running when the grid goes down. -
You want to maximise cost savings
Driven by AI, charge via the grid during off-peak times and save up to 85% on your energy bills.
Trent Hybrid
-
You’re installing solar or expanding your current setup.
Designed to work with new or existing solar PV systems for maximum self-consumption. -
You want to generate and store your own renewable energy.
Supports direct solar charging, enabling true energy independence. -
You’re looking for a future-proof solution.
Smart home integration, scalable battery storage, and flexibility to evolve with your energy needs. -
You want to make most of your solar installation.
AI-driven optimisation maximises solar usage and grid charging during off-pe
Trent Collection Lineup
Versatile setup enables the Trent to suit all energy charging preferences (grid, solar, wind and hydro) and storage needs.
Trent AC Coupled
Designed for homes with existing solar systems or those planning to go solar, offering direct solar charging and optimised energy efficiency.
Trent AC Coupled Plus
Delivers 3kW nominal AC power with 13A max output current, and offers 5.12 kWh of storage energy.
18
hours
34
hours
3
cycles
Trent AC Coupled Max
Delivers 3kW nominal AC power with 13A max output current, and offers 9.5 kWh of storage energy.
33
hours
63
hours
6
cycles
Trent AC Coupled Pro
Delivers 3kW nominal AC power with 13A max output current, and offers 19.0 kWh of storage energy.
96
hours
126
hours
12
cycles
Trent Hybrid
Designed for homes with existing solar systems, those planning to go solar, or as a standalone energy storage solution. This system offers direct solar charging, optimised energy efficiency, and reliable backup power, ensuring energy independence and cost savings.
Trent Hybrid Plus
Delivers 3.6kW nominal AC power with 15A max output current, and offers 5.12 kWh of storage energy.
18
hours
34
hours
3
cycles
Trent Hybrid Max
Delivers 5kW nominal AC power with 15A max output current, and offers 9.5 kWh of storage energy.
33
hours
63
hours
6
cycles
Trent Hybrid Pro
Delivers 5kW nominal AC power with 15A max output current, and offers 19.0 kWh of storage energy.
64
hours
126
hours
12
cycles
Usage estimates serve as a guide and are based on typical appliance consumption. Actual performance may vary depending on specific appliance models, usage habits, and environmental conditions.
