3.5KVA / 3500W 24V ECCO Hybrid Inverter with 100A MPPT Plug & Play System + 2.56kWh Lithium Battery (Solar-Compatible)
The complete, transportable backup inverter battery system.
The description is as follows:
Dependable Load Shedding Power Backup
This all-inclusive, portable inverter system guarantees continuous power supply during blackouts. It combines a 3. 5kVA pure sine wave inverter with a 24V lithium-compatible battery system, offering a steady supply of power for vital equipment such as televisions, WiFi routers, lights, and chargers. It is intended for use in residences and small businesses.
A simple backup option that supplies power during power outages or load shedding is a plug-and-play power system, which needs no complicated installation.
The Process:
- Connect it to a wall outlet— While the electricity is on, the system charges its integrated battery.
- Automated Power Switching – The device immediately switches to battery backup when the power fails.
- Maintain Essential Functions - You can connect your TV, lights, laptop, charger, and Wi-Fi directly to the system.
- Recharge When Power Returns – The system will automatically recharge for the next outage when the electricity returns.
- Solar Ready (Optional) – Solar panels can be installed to charge the system even when grid electricity is unavailable.
Principal Characteristics:
Effective power management
- A pure sine wave output guarantees a constant power supply for delicate electronic devices.
- Integrated MPPT 100A charge controller for effective solar charging
- Numerous output priority modes are supported, including UTL, SOL, and SBU.
- Lithium battery activation to prolong battery life
- Compatibility & Flexible Charging
- 30Vdc to 160Vdc is the range of PV input voltage.
- Solar Power Capacity: Solar integration capable of generating up to 4000W
- AC & Solar Charging: Maximum combined charging current of 100 amps.
- Battery management using RS485 BMS communication
THE 24V LITHIUM BATTERY FROM ECCO
Main Features:
- With a capacity of 25. 6V 100Ah, it can store 2560Wh of energy for solar and backup uses.
- Lithium Iron Phosphate (LiFePO4) Technology – Provides improved safety, durability, and efficiency.
- Lifespan that is up to four times longer, surpassing lead acid batteries in terms of cycle life and durability.
- High Charging and Discharging Rates – Provides maximum charge and discharge currents of 100A for effective power management.
- Broad Application Compatibility:
- Backup & Solar Systems – Guarantees dependable power storage.
- UPS & Inverters – Guarantees an uninterrupted energy supply.
- Perfect for use in RVs, boats, camping, and other off-grid applications, Portable Power Solutions are a great option.
- Quick Recharge Features & High Efficiency - Cuts downtime.
- Lightweight and Compact Design – Compared to conventional lead-acid substitutes, it is simpler to install and move.
- Environmentally friendly and requires no maintenance: there are no dangerous chemicals or necessary maintenance.
Technical Details:
- 2560 Wh of energy storage capacity
- Rated voltage: 25. 6 VDC
- Rated Capacity: 100 amp hours
- Voltage for Bulk Absorption: 28. 4–29. 2V
- Voltage should be equalized at 28. 8 VDC.
- 27. 2VDC is the Float Charge Voltage.
- 100A is the highest possible charging current.
- Maximum Discharge Current: 100 A
Simple to Use Design
- movable steel cage with two lockable wheels for mobility
- Removable dust cover to shield against the elements
- Overvoltage protection plug (2. 5 mm cabtyre, 1 m power line)
- A doublesided female plug socket makes it simple to connect appliances.
- The Length of the Power Backup
- For 1920 hours, it may drive a 150W load of electricity, including a TV, Wi-Fi, and lights.
- Use grid power or a solar panel to recharge batteries (optional).
Installation and Upkeep
- To extend battery life, keep the system turned on and connected.
- Ideal for do-it-yourself solar users, small businesses, and homeowners
- Weight: about 65 kilograms
- Unit Dimensions: 60cm by 60cm by 49cm
Compliance and Warranty
- A competent electrician must install it.
- The need for a valid Certificate of Compliance (COC).
- The installation must comply with the guidelines of SANS 10142.