Best UPS Power Supply Battery in 2023 : types、size、runtime、price、functions comparision

Have you ever experienced a sudden power outage or a voltage surge that caused your computer or other electronic devices to shut down unexpectedly? If so, you know how frustrating and damaging it can be. That’s why you need a UPS power supply system.

👉 top 10 UPS power supply systems of 2023

What is UPS Power Supply ? How to choose ?

A UPS power supply is a device that provides backup electric power to a load when the input power source or mains power fails. It can also correct some common power problems, such as voltage spikes, sags, noise, frequency instability, and harmonic distortion.

4 benefits of using a UPS systems

• It protects your equipment from damage caused by power surges or outages.
• It prevents data loss or corruption due to sudden power interruptions.
• It allows you to continue working or safely shut down your equipment during a power failure.
• It improves the quality and reliability of the power supply to your equipment.

5 steps to choose UPS Power Supply

You should choose the right UPS for your needs, based on the type, size, and runtime of the UPS system. (see more details below)

1. Choose a reputable brand and model of UPS system that has good reviews and ratings
2. Choose a UPS system that has a warranty and technical support
3. Choose a UPS system that has additional features that suit your needs, such as surge protection, LCD display, USB port, software, etc.
4. Test your UPS system regularly and replace the battery when needed
5. Keep your UPS system in a cool and dry place away from direct sunlight and heat sources

• 3 types of UPS systems
• Size of UPS Systems
• Runtime of UPS Systems

3 types of UPS systems : comparision of pros & cons

There are different types of UPS systems, such as on-line, line-interactive, and standby. They differ in how they switch to the battery mode when the input power is lost.

Type	How it works	Advantages	Disadvantages
Standby	Switches to battery mode when input power fails or fluctuates.	Low cost, simple design, compact size.	Low protection level, short battery life, frequent battery replacement, high transfer time.
Line-interactive	Regulates input voltage using a transformer and switches to battery mode when input power fails.	Moderate cost, higher protection level than standby, longer battery life, lower transfer time.	Limited voltage regulation range, less efficient than online, noise and distortion pass through.
Online	Converts input power to DC and then back to AC, providing continuous power to the load.	High protection level, no transfer time, high efficiency, clean and stable output.	High cost, complex design, large size, more heat generation.

Size of UPS Systems

To choose the right size of UPS system for your devices, you need to calculate the load capacity of the devices that need UPS protection. The load capacity is measured in watts (W) or volt-amperes (VA), which indicate how much power the devices consume or require. You can find the wattage or VA rating of your devices on their labels or manuals. Alternatively, you can use an online calculator or a formula to estimate the load capacity.

Once you have calculated the load capacity of your devices, you need to choose the right size of UPS system based on the load capacity. The size of the UPS system is also measured in watts or VA, which indicate how much power the UPS system can provide or support. You should choose a UPS system that has a higher wattage or VA rating than your load capacity to ensure adequate backup power and avoid overloading. For example, if your load capacity is 300 W or 500 VA, you should choose a UPS system that has at least 360 W or 600 VA rating.

Runtime of UPS Systems

Runtime is the amount of time that the UPS system can provide backup power to your devices when the input power fails. Runtime is important because it determines how long you can continue working or safely shut down your devices during a power outage. To determine the desired runtime based on your needs, you need to consider how often you experience power outages in your area and how long they usually last.

You also need to consider how critical your devices are and how much data loss or damage you can afford. For example, if you live in an area with frequent and long power outages, and you have critical devices that need to run continuously, you may need a longer runtime. On the other hand, if you live in an area with rare and short power outages, and you have non-critical devices that can be easily shut down, you may need a shorter runtime.

To choose the right runtime of UPS system based on the desired runtime, you need to check the runtime chart or graph of the UPS system. The runtime chart or graph shows how long the UPS system can provide backup power to different load capacities at different battery levels. You should choose a UPS system that can provide backup power to your load capacity for at least your desired runtime. For example, if your load capacity is 300 W or 500 VA, and your desired runtime is 10 minutes, you should choose a UPS system that can provide backup power to 300 W or 500 VA for at least 10 minutes.

top 10 UPS power supply systems of 2023

Brand	Model	Voltage	Price	Discount
APC	BE425M	120	*60.99	🛒shop link
Amazon	B073Q48Z95	120	49.60	🛒shop link
CyberPower	CP1500AVRLCD3	120	189.95	🛒shop link
CyberPower	CP1500PFCLCD	120	*219.95	🛒shop link
APC	BX1500M	120	184.99	🛒shop link
CyberPower	EC850LCD	120	109.95	🛒shop link
APC	BE600M1	120	*79.00	🛒shop link
APC	BR1500MS2	28	*272.23	🛒shop link
Tripp Lite	SMART1500LCD	120	*299.99	🛒shop link
Liebert	PST5	120	*79.99	🛒shop link

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