Jupiter 5000 Watt Inverter Review | Which Devices Can it Run Efficiently?

If you need a backup electricity supply for your house or business during a power outage, a 5000 Watt power inverter is the best choice. Why?

Your solar panels provide DC power, and the inverter will change that into AC. A 5 kW solar panel array can generate 20 kWh on a good day and 4,500 kWh annually. This is DC power, while most of your appliances run on AC power. Thus you need this DC power converted to AC efficiently and safely. This is where the inverter comes in.

Now, which 5000 Watt inverter is optimal?

The Jupiter inverter is great because you can use it to run electronics, appliances, and power tools. Plus, it generates steady electricity for up to 20 hours.

So, in this 5000 Watt inverter review, I will discuss what it can run and much more.

Jupiter 5000 Watt Inverter Review

Here are Jupiter 5000 Watt power inverter features.

Using your vehicle’s battery, you can use this Jupiter 5000 Watt power inverter to run gadgets, small appliances, and power tools while traveling or during a power outage. 

It also comes with an LED readout to monitor amps and voltage and also has a high surge capacity for devices that need up to 10,000 watts of electricity to start. Other notable Jupiter 5000 Watt power inverter features include:

• Two USB 2.0 ports that are compatible with all smartphones and tablets
• Overload and short circuit protection with LED indicator light
• Protection from high temperatures, low voltage, and high surge capacity currents
• Up to 87% efficiency with a peak modified sine wave
• Has four, 120V AC outlets

How Many Batteries Do You Need to Run a 5000 Watt Inverter?

The number of batteries is one of many factors to consider when trying to supply energy to a 5000W power inverter. Battery size, voltage output, and power inverter runtime are all crucial considerations.

Find out how long the system will run using a large sine wave power inverter as a backup. Here is how to calculate it: Battery amps = volts x hours needed x watts.

So, powering a peak-modified sine wave 5000W power inverter for 30–45 minutes needs either a single continuous power of 450–500ah 12V battery or a pair of 210–215ah 12V batteries.

The sine wave power inverter can operate on a 750-ah, 12V battery for one hour. You require power from a battery with a 2500-ah capacity to provide continuous power for a 4-hour discharge battery time. If you don’t want to drain the vehicle’s battery, you’ll require power from double each capacity.

Where Are Jupiter Inverters Manufactured?

Jupiter, a fully integrated provider of solar power solutions, produces the highest quality and most efficient polycrystalline photovoltaic solar cells in India. Its cells are on par with global industry leaders such as LONGi and Trina. 

Jupiter’s production facility is in Baddi, Himachal Pradesh, and it now produces high-quality cells with an average efficiency of 18.80% at a capacity of 450 MW.

Jupiter’s buildings and Integrated Management Systems have received certification from TUV Rheinland under ISO 9001:2015, ISO 14001:2015, and ISO 45001:2018. 

It’s for the relevant management systems of quality, the environment, and occupational health and safety. The International Testing Agency, ISE Fraunhofer Germany, has also certified the cells.

These are the same people who make the Jupiter 5000 Watt modified sine wave power inverter.

How Many Solar Panels Do I Need for a 5000 Watt Inverter?

If you use 370W solar panels, you’ll need 14 to build a 5000 Watt solar system that will effectively produce 5180 watts. You will require a minimum of 25.2 m2 of roof space because each panel will be roughly 1.8 m x 1 m.

What Amount of Electricity Can a 5KW Solar System Produce?

Depending on your location and several other variables, a 5,000-watt solar system will produce roughly 20,000 watts daily.

Noting that most houses require a power supply at night when the sun isn’t shining, installing a 5000 Watt solar power system does not guarantee you’ll have a $0 electricity bill.

What Amount of Electricity Will It Produce?

Let’s first analyze what a solar system should produce with the “average sunlight” available to run power tools.

For example, a standard 5000 Watt solar system will produce between 3500 and 4000 watts at 10 a.m. on a sunny summer day. However, in the winter, you can only count on your inverter producing 2000-3000 Watts.

Again, there are many variables to consider calculating the daily energy output of your solar system. However, there is also a basic formula that can give you a holistic picture.

Daily Mean Production = Size of Solar Array x 4.

Therefore, a 5kW pure sine wave inverter we’ve seen used in semi trucks, should, on average, generate roughly 20kWh per day. When the sun shines brightly, a modified sine wave power inverter lets you produce significantly higher energy production.

What Can a Jupiter 5000 Watt Inverter Run?

An effective technique for transforming energy into a practical power source is via a DC-to-AC modified sine wave power inverter. The peak-modified sine wave power inverter will produce 120-volt alternating current when the DC to AC transmits via the system.

The Jupiter 5000 Watt modified sine wave power inverter can provide enough electricity to run various electrical appliances.

Using a DC to AC peak modified sine wave power inverter, an appliance with a 42.5 amp input level might run various devices.

Some modified sine wave power inverter manufacturers provide an external connection for hard wiring. You can directly link the main panel box and connect the peak-modified sine wave power inverter to battery terminals (recharge battery).

The advanced hardwire option is available with the complete selection of 12 volts and 24 volts 5000+ watt DC to AC peak modified sine wave power inverters.

What Kinds of Devices Can You Power With a 5000 Watt Inverter?

A 5000 Watt peak-modified sine wave power inverter can generate a voltage of 5kW per hour to power the equipment. The energy is adequate to run several high-end home appliances and with two USB outlets, it should be a perfect inverter for camping, vacations, road trips, and charging tools on the go.

You will only be able to use them some at a time, but select one appliance at a time while simultaneously connecting other devices. When using the inverter to power the appliances, you must consider these two aspects:

• Starting wattage: Watts needed to start an appliance
• Running wattage: Watts needed to start continuous power and keep it running.

The appliance can use more power than what’s listed on the package when you turn it on.

Although it could take a few seconds, additional energy is necessary to turn on the appliance.

You can run various devices and appliances with the 5000W inverter:

• Refrigerator 
• Ceiling fan
• Microwave 
• Laptop 
• Coffee Machine
• TV

Jupiter 5000 Watt Inverter Pros and Cons

Also, the price can be a significant factor as well because you want to ensure you’re getting the best deal. With this in mind, we have suggested the cheapest and the best power inverters under $100.

On top of all that, here are some of the best power inverters on the market now, based on user reviews at popular shopping sites and personal experience. Make sure to read on afterward to find out more about power inverters, what makes them different and how to pick the right one for you.

More Popular Power Inverters

CHAMPION Power Inverters

Although Champion launched its generator line in 2003, it quickly rose to the upper echelons of the industry thanks to its innovations in dual-fuel technology and relatively low prices. Inverters from Champion are among the most affordable on the market. The company’s dual-fuel generators can run on either propane or gasoline.

CEN-TECH Power Inverters

The 2000-watt/4000-watt peak CEN-TECH is a high-potential tech innovation by CEN-TECH to help in off-grid living. Two critical ratings are vital in what a 2000-watt/4000-watt peak CEN-TECH power inverter can run. The starting watts & running watts. It comes bare without any extra components. It should come at an additional cost if you want a wiring kit as an additional component.

AIMS Power Inverters

When choosing an inverter, it’s essential to understand that Aims offers the market the most technologically advanced, diverse, and compact inverters. For over a decade, Aims has provided a broad range of inverter sizes that accommodate almost all power requirements. Power inverters from Aims are ideal for sensitive electronics like medical equipment and microwaves courtesy of their smooth and seamless power. Moreover, Aims power inverters are an excellent option for electronics running on alternating currents.

GROWATT Power Inverters

Growatt is a Chinese inverter manufacturing company that has been providing some of the most technologically glorious inverters for solar lovers since 2010. Some power inverters from Growatt have achieved an efficiency rate as high as 98% which is applaudable. If you are planning to go solar, then for the inverter, you should one hundred percent give a power inverter from Growatt a fighting chance to prove itself worthy of serving your power demands.

POWER JACK Power Inverters

Power Jack inverters perfectly suit residential applications, schools, cottages, and the area where the electricity is not stable or applications that need uninterruptible power. Power Jack’s most popular inverter is an inverter/charger with power from 1KVA to 5KVA, which combines MPPT solar charge controller, pure sine wave inverter, and AC/DC charger in one unit. The inverter and AC/DC charger can work simultaneously.

FAQs

How Many Batteries Do I Need for a 5000 Watt Inverter?

The inverter usually determines the number of batteries you need for a 5000 Watt modified sine wave inverter. It takes 24 V (two batteries) to 48 V (four batteries) to power a 5000 Watt modified sine wave inverter.

How Does a Power Inverter Work?

A power inverter changes the primary AC power’s low frequency to a higher frequency for induction heating. How? DC electricity is first created by rectifying AC power. Then, DC power is subsequently converted to high-frequency AC power by the inverter.

What Is the Average Lifespan of an Inverter?

The average lifespan for a centralized residential pure sine wave inverter is 10 to 15 years. You will need to replace it at some point during the life of the panels.

What Can Damage a Solar Inverter?

Several things can damage a solar inverter, such as overheating, because electrical components are extremely temperature sensitive. Grid faults can cause excessive or low voltage, preventing the inverter from functioning and faulty installation.

Is It Better to Have a Solar Inverter Inside or Outside?

Only install your solar inverter inside. For residences, near a sub-board, which is often in the garage in modern homes.