Advanced static switches are used in Heavy Duty UPShat reduces switching time to 2ms to 5ms, which is fast enough to prevent a computer and the majority of sensitive equipment from resetting. So Fast Switching Technology allows switching between the main power supply and battery backup in just milliseconds.
A Heavy-Duty UPS runs loads from 10KVA to 500KVA usually in an industrial set up, whereas a Home UPS runs loads up to 5KVA only.Our Heavy-Duty UPS are designed to provide longer backup times starting from 1 hour to 24 hours. This can be extended by using solar power as additional backup in conjunction with the battery bank.
It has created a line of cutting-edge Heavy-Duty UPS ranging from 6.5KVA to 15KVA (1 Phase) that provide.
-Power surge protection for your machinery/appliances
-High energy storage capacity
-Quick-switching technology
-Maintenance costs are negligible.
-Long-term use with long-lasting batteries
KEY FEATURES OF HEAVY DUTY UPS
AUTOMATIC VOLTAGE REGULATION
When there is Low Supply voltage or High Supply voltage, and supply rises or drops below the Safe voltage range, the Heavy Duty UPS, seamlessly switches to battery power, keeping all your machinery and equipment safe.
BUILT-IN ISOLATION TRANSFORMER
Our UPS includes an isolation transformer. Isolation, also known as galvanic isolation, denotes the absence of a direct path for current to flow from the source to the load. An isolation transformer separates electrical devices from the power source that powers them. In other words, an isolation transformer electrically and physically isolates the output power circuit from the input power circuit. As a result, the isolation transformer protects users and appliances by preventing current from passing to the product’s body, making it extremely safe.
USING BI-DIRECTIONAL TECHNOLOGY:
Our UPS uses revolutionary bi-directional technology. A bi-directional technology is one that enables two-way charging due to its ability to convert from AC to DC and from DC to AC. A bi-directional technology charges and discharges the battery using the same PWM (Pulse Width Modulation)-based MOSFET (metal-oxide-semiconductor field-effect transistor) circuit.
COLD START SYSTEM
This specially designed feature starts the inverter in Battery Mode, in the absence of power from mains (grid power).
SOFT START
A great start paves the way for a great journey. Our UPS is well aware of this. Unlike traditional inverters, which allow for a sudden surge of current that can damage your appliances, Our UPS uses a cushioned start-up. It gradually raises the voltage to allow your appliances to settle in. This prevents electrical and mechanical shocks to your home’s sensitive and expensive appliances.
LONGER BATTERY LIFE
The Heavy-Duty UPS is built to keep your battery healthy. It is designed for efficient charging and discharging, hence keeping the battery running longer with reduced upkeep.
CREST FACTOR
The Heavy-Duty UPS can take up to 3 times its load capacity. You can rely on it to support your facility and machinery during a voltage spike. It also intelligently reminds you to turn off the extra machinery so the load is reduced.
SOLAR COMPATIBLE
The Heavy-Duty UPS system is solar compatible. Solar power can be used as a secondary power source or as a backup power source in case of battery discharge.
GENERATOR COMPATIBLE
The Heavy-Duty UPS can normalise and adapt to voltage fluctuations and is compatible with your existing generator, and is the perfect option to pair with Domestic Generators.
LOW COST
The Heavy-Duty UPS is extremely cost efficient and has a low cost of set up and maintenance, compared to the generator. The running cost of Generator Vs Heavy Duty UPS has a big gap as Heavy Duty UPS has the unit cost near to the electricity cost per unit of power whereas the diesel generator has the costing of 4 times the costing of electricity meter billing.
NO POLLUTION
Unlike generators, the Heavy-Duty UPS runs on batteries and is therefore completely non-polluting, no-fumes, no-noise and can be comfortably placed in any commercial facility.
