Power Solution
What is high capacity Inverter?
In today’s generation, we have numerous appliances that make our everyday life easier. We depend on these devices to take care of our household and commercial requirements. High capacity inverter systems are recommended for people who want to run Heavy loads like AC’s, Water pumps, Kitchen appliances like Toaster, Electric kettle, mixer grinders, refrigerator, deep freezers, photocopiers, printers and electric iron.
Where does HKVA inverters find their applications?
HKVA inverters are designed to run higher loads like a) AC b) Microwaves C) Water Pumps d) water heater/Geysers e) Electric iron f) Kitchen appliances like Toaster, Electric kettle, mixer grinders g) Refrigerators/Deep freezers g) Photocopiers h) Printers i) Dental chairs
And these inverters find applications in: a) Homes b) Office spaces c) Showrooms d) Super Markets e) Education institutes f) Banks g) Dental clinics h) Restaurants h) Saloons j) Ice cream parlours
How is High Capacity inverter different from Normal home inverter?
A normal home inverter are designed to power TV, fans , Lighting and other small wattage loads like WiFi router/ laptop etc. but they cannot run larger appliances which may be required in times of a power cut. If you try to run a higher load device on home inverters then system goes into an overload. To run higher capacity loads like AC’s, Water pumps high capacity inverters are best suited.
Why multiple batteries are required along with HKVA inverters?
High Capacity inverters are designed so that the customer can get 2-5 hrs of backup even if he uses high load appliances along with the lighting and fan load. Therefore, to run high loads, HKVA systems draw higher current from the batteries at the time of power cut. If Like Low capacity inverters they would use a single battery, the back-up time from battery would be too less and lead to customer dissatisfaction. Hence, they are designed at high DC voltage levels in multiples of 12V so they require multiple batteries. Therefore, the system can draw higher current from combination of batteries to run higher loads.
How to check how many batteries are required with inverter?
HKVA inverters require multiple batteries, user need to check the DC voltage supported by the inverter. Number of batteries is equal to DC voltage/12.
e.g. 24V system requires 2 batteries whereas 180V system requires 15 battery systems.
What Features to Look For in the Best Inverter For Home?
Below are features available in the inverters these days.
LCD Display: Inverters with LCD display show the Backup time remaining in case of power cut and battery charging time in case when grid supply is normal. It helps user to plan activities efficiently and effectively. Fast Battery charging: In areas where there are frequent power cuts, it becomes imperative for inverter to charge the battery faster so that maximum backup is available in the next outage. Both Cruze+ and iCruze charges the battery safely and securely. You can check Luminous website for these features.
What are the protections offered by HKVA inverters?
HKVA inverters also comes with multiple protection systems like mains by pass switch, AC MCB and DC MCB to avoid any harm to the connected load appliances. By pass switch pass the mains power to load in case of a fault in the inverter. AC and DC MCB switch are present to provide load protections.
What Are the Benefits of Buying an Inverter with Battery of the same brand?
Battery & Inverter are inseparable parts of a home power back-up system. It is absolutely necessary to have relative compatibility between battery & inverter for maximum efficiency of the system. In this regard, Luminous is the ultimate choice because Luminous makes both battery & inverter and thus luminous products are truly made for each other. Inverter charges the battery with the optimum charging algorithm so that battery get fully recharged at minimum time without compromising battery life & on the other hand batteries are made with carefully chosen ingredients so that it can absorb charge most efficiently from inverters.