Deye Battery System

Trikkis Energy stocks five models: the SE-G5.1 PRO-B at 5.12kWh, the RW-F5.1 at 5.1kWh, the RW-F10.2 at 10.2kWh, the GB-L-PRO at 4kWh, and the GB-LBS-PRO controller with base unit. Each suits different installation sizes and capacity requirements, from compact single-room backup systems to full residential energy storage solutions.

The battery connects to a Deye hybrid inverter, which manages the flow of energy between solar panels, the battery, household loads, and the grid. During the day, surplus solar power charges the battery. After sunset, stored energy powers the home. If the battery depletes, the inverter switches seamlessly to grid supply or backup mode.

Deye batteries are optimised for use with Deye hybrid inverters and communicate natively via the inverter's BMS protocol. While some models may be compatible with third-party inverters that support standard communication protocols, full functionality, including intelligent charge scheduling, backup switching, and remote monitoring, is only guaranteed when paired with a compatible Deye solar inverter.

The RW series, including the RW-F5.1 and RW-F10.2, is a rack-mounted stackable format suited to installations where capacity may be expanded over time. The GB series, including the GB-L-PRO and GB-LBS-PRO, uses a wall-mounted format better suited to compact spaces. Both series use lithium chemistry and integrate with Deye hybrid inverter systems via the same BMS communication protocol.

Yes, when paired with a compatible Deye hybrid inverter configured for backup operation. During a grid outage, the inverter disconnects from the grid and draws power from the battery to supply critical loads. The switchover is typically automatic and near-instantaneous, meaning appliances continue operating without interruption for the duration the stored energy allows.

Deye lithium batteries are rated for a minimum of 6,000 charge and discharge cycles at standard conditions, which equates to roughly 15 to 20 years of daily cycling in a residential solar application. Actual lifespan depends on depth of discharge, ambient temperature, and charge rates. Operating within recommended parameters, as managed automatically by the Deye inverter, preserves cycle life most effectively.

Yes, the RW series is designed for modular expansion. Additional battery units can be added to an existing installation to increase total storage capacity, provided the hybrid inverter supports the expanded configuration. This makes the RW-F5.1 a practical starting point for households that want to begin with a smaller system and scale up as their energy needs or budget allows.

Cyprus properties typically generate substantial solar surplus during peak summer months but face high grid electricity costs during morning and evening hours when panels are inactive. A Deye battery storage system captures that surplus and deploys it precisely when grid draw would otherwise occur, reducing bills significantly. The native integration between Deye batteries and Deye inverters also simplifies installation and ongoing monitoring for Cyprus-based solar installers.

There are two main types of batteries: Low Voltage (LV) and High Voltage (HV). LV batteries are used with single-phase inverters, while HV batteries are used with three-phase inverters. Up to 32 LV batteries can be installed, reaching storage capacity of up to 512 kWh. Up to 6 HV batteries can be installed per tower, with the ability to parallel up to 10 towers, reaching a total of 240 kWh.