Luminous offers a wide choice of UPS home inverter systems and batteries that are divided into three categories: critical, smart, and power. To protect your electrical gadgets from unsecured electrical networks, you'll require bright inverters. 

 

Luminous inverters come in a variety of sizes and are designed with customer comfort in mind, making us one of India's leading inverter and battery manufacturers. We at Luminous have dedicated ourselves to providing you with safe and energy-efficient solutions for the past three decades.

 

Low electrification in semi-urban and rural regions has fueled the demand for power inverters, which are utilized as a backup power source during power outages and crises. In addition, the increased need for backup power has resulted from the widespread usage of electronic gadgets and appliances such as smartphones smart TVs, air conditioners, and other such items. 

 

To meet evolving client expectations, the sector has seen several technological advancements and new technologies deployed.  Luminous is one of the largest inverter and battery companies in India, with seven manufacturing facilities, more than 28 sales offices, and a global presence in over 36 countries.

 

There is a big misconception that Uninterruptible Power Supplies (UPS) and power inverters are both used to provide energy. Understanding how a UPS and an inverter function is the best approach to grasp the differences between the two.

 

An inverter is a device that is used for continuous power to electrical equipment used in the house. These inverters come in a variety of voltages and load capacities. When considering the differences between inverter and UPS, it's important to remember that such power backup systems require an extra DC (battery) source to store the converted energy. 

 

Another thing to remember is that when the electricity is switched on, an inverter helps charge the battery by turning the AC source into a DC. Because the battery is connected to the inverter outside, greater capacity batteries (usually 100Ah-200Ah) are employed, providing 2 to 5 hours of backup of power.

 

It also takes roughly 10-20 ms for inverter relays to transition from mains power to battery power during Mains Power Off. Even a minor delay of 10-20 milliseconds is not tolerated in the banking industry, where lakhs of transactions are processed every second, hospital, where individuals on life support require continual oxygen, and households where computers or other complex gadgets are utilized.

A UPS, like an inverter, is a device that delivers electricity to loads in the event of a power outage. A 5 to 10 Ah integrated battery in a low-capacity UPS with a capacity of up to 1.5 KVA provides 15 to 30 minutes of power backup throughout a power outage. a power outage. External batteries are used in high-capacity systems, however, their functionality is dependent on the UPS type. There is a total of three types of UPS based on how they operate:

In normal operating conditions, an online UPS gives power to the AC load and employs an inverter to supply AC power during a power outage. In an online UPS, the output electricity supply is always ON, which means the UPS is always charging the battery and pulling electricity from the battery to power the load. As a result, there is no switching and, as a result, no temporal delay among its inputs. 

 

In the event of a power outage, even for a moment, there is no disturbance. The UPS stops charging the battery in the event of a power outage but continues to drive a load from the inverter battery. As a result, the Online UPS has no delay during switching the power source. It's also known as an Online UPS since it keeps running even when it's not supposed to.

In normal operation, an offline UPS directly feeds power to the AC load from the AC mains and employs an inverter to power the AC load from the DC battery. The output supply must be switched between the two sources because there are two independent suppliers. 

 

An offline UPS has a switching time of 6-10 ms, which is adequate for running PCs and other sensitive equipment at home but not appropriate for banks or hospitals, as previously stated. The battery stops charging when the mains is turned off, and the relay or static switch instantly moves the output line to the inverter side.

Line-interactive UPS characteristics are taken from both online and offline UPS. A line-interactive UPS's output includes an inverter. While the AC input is OK, the inverter will charge the battery in reverse and switch to battery power if the input fails.

 

The switching time is less than that of an offline UPS and is usually approximately 5 milliseconds. Filtering and voltage control is provided by internal components. Before switching to battery backup, line-interactive UPS systems provide a broad range of input voltage changes. This method works particularly well in locations where outages are rare, but power fluctuations are prevalent.

 

After you've learned about the distinctions between UPS versus inverter, you'll need to decide what you need. In a large office with a lot of computers and communication equipment, for example, an offline or line-interactive UPS is usually required. A bank, post office, hotel, or a hospital, on the other hand, may demand an Online UPS. An inverter can provide prolonged power backup for hours in a residence that solely utilizes ventilation and lights. With an expert inspection of your home, you may determine the ideal arrangement.

 

We hope you now understand the difference between a UPS and an inverter, as well as which power option, is appropriate for you. For more such vital and interesting information follow us on the DealerServiceCenter.in.