3.5KVA / 3500W 24V ECCO Hybrid Inverter 100A Plug & Play System + 2.71kWh LITHIUM BATTERY (SOLAR READY)
OUR LOAD SHEDDING SOLUTION !
The all-in-one portable back-up inverter battery system .
What is an all-in-one portable inverter system and what does it do?
It is an inverter unit connected to a battery that provides power when there is load shedding. It will charge your battery once the power is on. As soon as load shedding hits, your inverter system instantly transfers over to battery power. This will allow you to keep your lights, TV, computers, chargers, and wifi running during load shedding. Solar ready : Add a solar panel and charge your batteries when there is no power.
How much battery backup power will I have when the power is off?
If you connect 150w which is usually a TV, Wifi, Lights, etc. This portable system will last +- 34-35 Hours.
Introducing the 3.5kVA Plug and Play Power System, a versatile and portable solution designed to meet the diverse energy needs of modern households. Available in both Deep Cycle Gel and Lithium battery configurations, this system ensures reliability and convenience for powering small appliances in any residential setting.
For those seeking extended power autonomy, the Lithium battery option is the preferred choice. With its advanced energy density and efficiency, the Lithium variant can power appliances for up to 35 hours on a single charge (depending on load). This makes it suitable for longer outages or situations where uninterrupted power supply is critical.
How to maximize battery life:
Keep your inverter system plugged in and switched on, this will keep your batteries at full charge.
Weight:
+-45 KG
This system is equipped with the following:
1x PORTABLE STEEL BOX WITH 2x LOCK WHEELS
1x SURGE PLUG ON 1m POWER CABLE (2.5mm cabtyre)
1x DOUBLE SIDED FEMALE PLUG SOCKET
1x FUSE + DISCONNECTOR (battery to inverter)
1x BATTERIES AND INVERTER MENTIONED IN THE TITLE
SIZE
60 cm x 60 cm x 45 cm
The main difference between PWM and MPPT charge control devices is that the MPPT devices are more efficient. MPPT charge control devices have 30 % more efficient in charge efficiency according to PWM type. Panel voltage and battery voltage should be matched in PWM systems.
Key Features:
- Hybrid Functionality: Supports grid, solar, and battery power for versatile energy management.
- Pure Sine Wave Output: Ensures stable, high-quality power for sensitive electronics.
- MPPT Solar Charger (100A): Maximizes solar panel efficiency for improved performance.
- Wi-Fi Monitoring (Optional): Connect a Wi-Fi dongle (sold separately) for remote monitoring.
- High Power Output: 3.5kVA / 3500W capacity supports demanding appliances and devices.
- Wide Solar Voltage Range: Compatible with solar arrays up to 500VDC.
Technical Specifications:
Inverter Mode:
- Rated Power: 3500VA / 3500W
- DC Input: 24VDC (158A)
- AC Output: 230VAC, 50/60Hz (15.2A)
AC Charger Mode:
- AC Input: 230VAC, 50/60Hz (23.5A)
- DC Output: 27VDC
- Max Charge Current: 80A
- Max Combined Charge Current (AC + PV): 100A
- AC Output: 230VAC, 50/60Hz (15.2A)
Solar Charger Mode:
- Max PV Array Power: 4000W
- Min Solar Voltage: 60VDC
- Max Solar Voltage (VOC): 500VDC
- Max Charge Current: 100A
Physical Specifications:
- Dimensions: 359mm x 295mm x 100mm
- Weight: 7kg
SVOLT 24V 2.71KWH Battery Specifications:
Energy: 2.71 kWh
Installation Type: Wall Mounted
Battery Type-Chemistry: Lifepo4
Nominal Voltage: 25.6V
Nominal Capacity: 106Ah
Energy Density: 2713.6 Wh
Dimensions (LxWxH): 419 x 350 x 154 mm
Weight (Approx.): 25.4 Kgs
Terminal Type: Feed-through Terminal
Case Material: SPCC
BMS Built-in: Yes
Internal Resistance: <25 m
Efficiency- Round Trip: >99%
Self Discharge Per Month: <3%
Max. Parallel Connection: 4 Pcs
Max. Series Connection: 2 Pcs
Cycle Life (0.3c, 25 @ 90% DOD): >6000 Cycles
Discharge Temperature: (-20 to 65)°C
Charge Temperature: (0 to 50)°C
Storage Temperature: (-10 to 30)°C
Bluetooth (App): Optional
LCD Screen: Yes
Heating Function: Optional
Warranty & Installation Requirements:
- 5-Year Repair Warranty
- All inverters and batteries must be installed by a qualified electrical wireman or Master Electrician registered with the Department of Labour.
- A valid Certificate of Compliance (COC) must be issued for the installation, in accordance with SANS 10142 standards.
- Warranty claims must include:
- Proof of installation by a certified professional
- Installation photos
- Valid COC
- Failure to meet these requirements may result in a rejected warranty claim.
