Solar UPS / Inverter
- Schneider Light
Energy is a basic need.
Use it wisely.
Difference between UPS and Inverter
Inverter generally converts Direct Current to Alternative Current. In a case of power loss, the Inverter backs it up in a milli second which turns off the electrical equipments. In this matter, It is not advisable to use an inverter for computer and other gadgets for the reason it will easily damage their system. This is where the UPS comes in. A UPS stands for Uninteruptable Power Supply. In a case that a power loss happens, the UPS will back up right away without gap. However, UPS cannot supply larger electronic equipments like Electronic Appliances.
SOLAR SCHNEIDER UPS/ INVERTER ADVANTAGE
For this reason, Solar Schneider creates a UPS/Inverter that has both characteristics. UPS/Inverter can be used on both Home Appliances and Electronic Gadgets like computer and cellphone because it provides continues power supply and wont let the electronics turned off, leaving your gadgets safe and secured. Plus it saves electricity cost because of its Solar Feature. At day time, the Solar UPS/Inverter will consume the power from solar while charging the back up battery and will cut the power from EB or electricity board, At night time, It will use the back up battery that was charge during the morning and will stop only until the battery runs out.
As a renowned organization, we are engaged in offering a wide range of On Grid UPS/Inverter. Schneider grid tied solar inverters, which are convenient for applying high efficient and reliable single phase and three phase inverters to distributed grid tied solar power system, along with matching communication module, system design and monitoring software platform, offer the power system higher safety and efficiency, lower cost and higher return.
Features:
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Dual DSP Control Platform
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Higher Precision of Dual DSP control platform more stable and reliable for your solar system
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LCD Display
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User friendly Interfaces
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3.5 inches LCD Display
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Multilingual and graphic display
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Easy to monitor running states and view current power generation, profits and record history
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DC Switch
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Rotary actuator switch (Lockable off)
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High speed switch (<5ms)
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Maximum torque 1Nm for easy operation
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Panel mounting
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Rotary handle
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Multi Strings DC Input
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Easy and cost effective for system installation
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Thermal Simulation Technology
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System level thermal simulation technologies
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Higher reliability and longer lifetime
HOW TO CALCULATE THE SIZE OF INVERTER
To calculate how big of an inverter you need, you have to first know your total electrical load. list down the number of electrical appliance you want to connect to your inverter, add them up and convert to Watts and you will get your total load. It is advisable that you should buy an inverter whose capacity is at least 60% higher than that of your total load. For example if you total load is 1000 watts then it is recommended to get an inverter of 1600 watts.
ADVANTAGE OF SINE WAVE INVERTER
