RAYTHON User Manual V1.0
2.0 System Description
The Raython system is an all-in-one standalone solar power system. It is an ideal solution designed for
holiday houses or single-family houses that have no access to the grid power and the users often use
generators as their power supply. Featuring low pollution and low fuel consumption, it is also a perfect
solution for people who pursue a more sustainable lifestyle.
The Raython system is expertly assembled, tested and shipped as a complete system, integrating a solar
hybrid inverter or an inverter charger coupled with an MPPT solar charge controller, lithium battery
modules, wireless data logger, and AC and DC power distribution into one system. On arrival, Raython
system is ready to install and the all-in-one design makes it easy to install and saves your precious time.
Our Raython Solar System is designed for applications with a daily power use from 10kWh-20kWh, to
meet your different power need.
Features:
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All-in-one design for easy and quicker installation(<3 hours)
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Provided with IP54 protection index for outdoor use
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Factory assembled and tested system enable you get free from complicated groundwork
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ECO-friendly: lower pollution, less noise and lower fuel consumption
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AGS Function: automatically start and stop the generator according to the load level, battery
level or time period to ensure continuous power supply in the case of insufficient PV power or
system overload
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Leakage protect function on its AC output to ensure safety
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Power assist function enables the Raython power system to discharge its batteries to power
heavy loads in conjunction with small generator, to prevent the overload on the AC Supply
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Strong ability to handle the spikes of the load initial current
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High performance system with strong overload capability, designed to power heavy loads like
air-conditioner, water pump, fridge, washing machine, etc.
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NOVA Web & App system monitoring, to display real-time data of all system components and
history record, to control the power generation and power consumption. According to historical
data, users can actively adjust and optimize power consumption habits