Description
This Combo Consists of the following:
- 1 x Ecco 11kva Hybrid Inverter
- 2 x Revov R100 5.1kw Lithium battery
- 12 x 540w solar panels
- 8 x 3.5m Rails
- 30m x 6mm Red solar cable
- 30m x 6mm Black Solar cable
- 24 x solar panel roof hooks
- 20 x PV Mid Lock
- 8 x PV End Lock
- 2 x Combiner box 1in 1out
- 3 x Battery Cable set
- 1 x latch fuse holder
- 2 x 125A fuse
- 4 x Rail Extension
- 1 x AC Combiner Box
- 2 x Battery Wall mount Bracket
11KVA / 11000W Ecco MPPT Hybrid Inverter Pure Sine Wave:
- Built-in 2 MPPT
- Lithium battery activation function by PV or Utility • Compatible work with LiFePO4 battery via RS485
- Pure Sine Wave
- Power factor 1.0
- PV Input 500Vdc Max
- Built-in MPPT 160A
- Capable to work without battery
- Detachable dust cover for harsh environment
- Wifi remote monitoring optional
- Support multiple output priority: SUB,SBU, SUF
- EQ function to optimize battery performance and extend lifecycle
Specifications:
- MODEL : HIN11000S
- Capacity : 11KVA/11KW
- Maximum PV Input Power : 11KW
- Parallel Capability : NO
- Lithium Battery Activation : YES (BY PV OR UTILITY)
- Lithium Battery Communication : YES(RS485)
INPUT:
- Nominal Voltage : 230VAC
- Acceptable Voltage Range : 170-280VAC(For Personal Computer) : 90-280VAC (For Home Appliances)
- Frequency : 50/60 Hz (Auto Sensing)
OUTPUT:
- Nominal Voltage : 220/230/240VAC
- Surge Power : 2200VA
- Introducing the Ecco 10kw Hybrid Inverter with 10kw lifepo4 battery full kit, a remarkable solution for your solar energy needs. This advanced system, in conjunction with the 11kw Ecco Hybrid solar kit, offers unparalleled efficiency and reliability. With a frequency of 50/60 Hz, this cutting-edge technology ensures seamless integration and optimal performance. Upgrade your energy infrastructure and experience the power of renewable energy with the Ecco Hybrid Inverter. Frequency : 50/60 Hz
- Waveform : Pure Sine Wave
- Transfer Time : 10ms(For Computers) 20ms(For Home Appliances)
- Peak Efficiency : 94%
- Overload Protection : 5s @ 140% Load
BATTERY:
- Battery Voltage : 48V
- Maximum Discharge Current : 220A
- Floating Charge Voltage : 54VDC
- OverCharge Protection : 63VDC
- Charging Method : CC/CV
SOLAR CHARGER & AC CHARGER:
- Solar Charger TYPE : MPPT
- Max.PV Array Power : 5500W*2
- Max. PV Array Open Circuit Voltage : 500VDC
- PV Array MPPT Voltage Range : 60VDC-500VDC
- Max. Solar Input Current : 18A*2
- Max. Solar Charge Current : 160A
- Max. AC Charge Current : 120A
- Max. Charge Current : 160A
Revov R100 51.2V 100Ah 5.1kWh lithium battery
REVOV is excited to offer the R100 EV battery, with a 1C Continuous discharge rate and a warranty covering up to 6000 cycles – offering superior performance at the lowest available cost per cycle for a lithium-iron battery of its type in South Africa.
The R100 battery is an automotive-grade lithium-iron phosphate (LiFePO4) battery with a 16-cell configuration with built-in Battery Management System (BMS). It offers exceptional performance, with 5kWh capacity, a depth of discharge up to 100% and a 10-year warranty.
It is the perfect choice to provide backup power and integrate into Solar systems where daily cycling of the system is desired. It is common to install just one battery to deal with blackouts but grow the system later. More batteries can be added easily onto a shared busbar for those reducing grid power usage in a phased approach.
Specifications and Features:
- Best cost per cycle for a lithium-iron battery
- expected lifetime of 10+ years at 25°C
- suitable for daily cycling
- lightweight and suitable for wall mounting
- integrated battery management system, with LCD display
- extreme temperature resilience
- compatible with all known Victron and Sunsynk inverters
- 1C battery with 100% Depth of Discharge Capabilities.
Datasheet:
540w Solar Panels
Offers better temperature-dependent performance and enhanced tolerance for mechanical loading.
Features
-Higher power output
-Less shading
-Lower resistive losses
-Lower LCOE The 11kva Ecco Hybrid Inverter offers a range of advanced features. With higher power output, it provides increased efficiency and performance. Additionally, it minimizes shading effects, reduces resistive losses, and ultimately lowers the levelized cost of energy (LCOE).
