Description Hubble Hubble lithium’s am2 model is a low voltage (51v), 5.5KWh lithium battery pack suitable for off-grid, back-up and self-consumption residential energy systems. Product features: Capable of paralleling up to 15 x units in a single string giving a total storage capacity of 82,5KWh. 1c battery capable of providing a continuous charge/discharge power of 5.5KW. Versatile compatibility with leading inverter brands such as victron, kodak and sunsynk. 10-year warranty, 15-year design life for the battery cells. Installation flexibility – the battery can either be wall-mounted or rack mounted. Remote monitoring via the optional hubble device. Heavy duty side handles for easy handling and mounting on the wall. Weight:42 kg Battery type:lithium ion Nominal energy:5520 wh Depth of discharge:100.00 % Voltage:48 v Continuous discharge rate (normal use):5500 w Maximum discharge rate (5 minutes):5500 w Surge discharge rate (15 seconds):6000 w Maximum charge rate (5 minutes):5500 w Follow us on facebook for more exciting deals Hybrid inverter pack description: Deye 8KW hyrbid inverter: The deye hybrid inverter has higher yields Improve self-consumption ratio up to 80%, reducing your electricity bill Dc/ac ratio up to 1.3, completely suitable for double-side pv modular Two mppt design, max. Efficiency of 97.6% User-friendly Lcd touch screen and buttons, easy operation Compatible with lithium-ion battery and lead acid battery Web browser and mobile app monitoring supported Reliable Pv lighting protection, anti-islanding protection, leakage current protection etc Support store energy from dg when needed, ensure the system working within 7*24h Ip65 protection degree, adapt to indoor and outdoor using Automatically switch from on-grid to off-grid mode within 5ms Zero exporting function, fast reaction within 200ms in zero export mode Smart Programmable charging and discharging schedule on the deye inverter Both wind turbines and solar panels can be connected as dc input power Max. 16 units can be paralleled for higher system power Retrofitting of existing solar system to energy storage system
