Honda has been known to create some of the best generators on the market. Recently this year Honda has released a new model of their inverter generator range, the Honda EU70is. And yes, the price speaks for its claims. The Honda EU70i 7kVA inverter generator is selling approximately at $6,999. There’s no denying that Honda’s established brand reflects in their premium pricing. With this in mind, some people are starting to look for an alternative, generators that are just as good but at below cost. In fact, Google Trends Australia suggests that there are decent searches of the search term “cheap generators” in the last months of December and January with a ratio of 1:2 compared to the search term “honda generators”. If you are one of those searchers, you might be overwhelmed now by just how many low-cost generators are there on the market. To help you with your buying decision, it’s important to make sure that the performance is not compromised at this price point. At ABLE Sales, the quality is not compromised. Our designs are backed by 30 years of experience in the industry. Check out our new inverter generator, the ABLE IN7500G advanced features, and specs.

An alternative to Honda inverter generators. Let’s compare head-to-head, the ABLE IN7500G 7kVA inverter generator against the HONDA  EU70is 7kVA inverter generator.

Check out the features and specs of each generator below.      

Is Generator Paralleling the same as Synchronised Generators?

Basically yes, but not to be confused with synchronous generators. Synchronous generators and generator paralleling are two different concepts in the context of electrical power systems. Synchronous generators are devices that convert mechanical energy into electrical energy. They are called “synchronous” because the frequency of the electrical output is synchronised with the speed of the generator, which is typically driven by a prime mover such as a steam turbine or a gas engine. Synchronous generators are commonly used in large power plants and in other applications where high power output and high efficiency are required.

On the other hand, generator paralleling refers to the process of connecting multiple generators in parallel to provide a larger amount of power output than a single generator can provide. When generators are connected in parallel, their electrical outputs are synchronised so that they have the same voltage and frequency. This allows them to work together to supply power to a common load, and also allows for redundancy in case one of the generators fails.

What is Generator Paralleling or Synchronised Generators?

In technical terms, Paralleling in electrical generator terms is the combination or synchronisation of two electrical inputs by matching the output voltage waveform of one electrical system with the voltage waveform of another system. To put it in simpler terms, paralleling generators or synchronising generators is connecting two or more generators to provide more wattage.

This connection will work together in a way that increases the wattage amount that goes into the equipment or building you are powering by automatically turning on or off one or more generators as power is needed or not needed (able sales can synchronise up to 32 generators easily and many more if needed). Paralleling increases the power supply which then allows for more than just the necessities to be on and running during a power emergency.

What Are The Benefits of Paralleling Generators?

Rather than relying on only one generator during an energy crisis, more hospitals, mine sites, farms and even small cities are acknowledging the advantage of synchronising generators. Joining multiple generators enhances dependability, enables variable load management, and offers greater maintenance capabilities without much, or no, break in supply.

The main advantage of paralleling generators is taking away single points of failure in an emergency power system, which reduces the likelihood of power loss if a generator fails. Joining a few generators together can be more useful for hospitals and mine sites offering ongoing emergency care and important standby power supplies.

The New Rules of Paralleling Generators

Matching units for paralleling isn’t easy. Able Sales electricians experienced with paralleling understand the importance of buying generators able to run alongside other units. Some need to be the same brand. When sizing generators to pair, matching up load requirements for paralleling generators is often difficult. It’s difficult to accurately predict the unexpected increases and decreases in your load when adding and subtracting equipment or tools. Finding perfect matches for paralleling generators can be difficult, but Power Temp Systems’ Smart Generator Paralleling Panel provides a way to parallel almost any generator.

The Smart Generator Paralleling Panel facilitates the rapid and secure paralleling of multiple varieties, measurements, and makes of generators – even those without the capacity for paralleling. Available from 2 to 32 configurations, these panels come with a web-based surveillance system allowing you to observe and handle your panel from any location. Each of the generators can be independently monitored via any internet-enabled device e.g. PC, laptop, or mobile phone. The software enables power system surveillance at any time or place.

Furthermore, the Smart Panel provides increased flexibility enabling any generator to be connected for additional energy supply as need be. Spare generators can be detached from the unit when no longer needed to be used alone at another location. Reach out to the power distribution specialists at Power Temp Systems to find out more on the Smart Generator Paralleling Panel and how it can upgrade your emergency power system at your premises.

A Comparative Review of Kubota 6kva Lowboy v Yanmar 6kva Low Profile Generators

At about 26% cheaper than the Kabota. How does the Yanmar Low Profile stack up against the Kabota Lowboy.

Mine Site Ready

“Mine Site Ready” is a term used to define equipment that is prepared and compliant to operate in a specific industrial setup, such as a mine site. It means the equipment, in this case, the Yanmar Low Profile and Kabota Lowboy generators, have met the strict safety and operational standards of the mining industry. This could include aspects like resistant casing, noise control and emissions standards, among others. It ensures that the generators can handle challenging conditions often found in mines, and are ready for immediate deployment and use upon arrival.

The Yanmar Low Profile……..YES

Kubota Lowboy…………………..NO

Approximate pricing on Web for the Kubota Low Boy does not include the following options:

• Mine Spec: Heavy Duty Bunded Skid $1000 – $2500 (24H capacity can be added)
• Mine Spec: Battery Isolator $400
• Mine Spec: Fire Extinguisher $400
• Mine Spec: Protective Frame: $4000
• Mine Spec: Water Proof RCD Protection $700

Fuel Efficiency: Evaluating fuel consumption of Kubota and Yanmar generators for cost-effectiveness.

Both the Kubota 6kva Lowboy and Yanmar 6kva Low Profile generators are designed to be fuel-efficient, reducing operating costs and environmental impact.

The Kubota generator consumes approximately 0.5 litres of fuel per hour at 50% load, while the Yanmar generator consumes approximately 0.6 litres per hour. These figures indicate high fuel efficiency, allowing for extended run times without frequent refuelling.

Both generators maintain fuel efficiency in different load scenarios, optimizing consumption for maximum runtime. This is especially useful when continuous operation is required.

Fuel-efficient generators offer significant cost savings by reducing fuel consumption and lowering the carbon footprint.

Noise emissions are crucial when choosing a generator, especially in residential or noise-sensitive areas.

Almost the same, the Kubota generator produces around 65 dB(A) of noise at 7 meters, while the Yanmar generator produces around 66 dB(A) at the same distance. These levels indicate that both generators operate at a low noise level, making them suitable for residential areas and noise-sensitive environments.

Even under different load levels, both generators maintain their low noise emissions. This is achieved through advanced sound insulation materials and innovative design features that minimize noise generation. The quiet operation of these generators allows their use without disturbing the surrounding environment or neighbouring properties.

In residential areas, low noise levels are essential to maintain a peaceful living environment. The quiet operation of the Kubota and Yanmar generators enables their use during nighttime or early morning hours without causing a disturbance. Moreover, these generators can be used in noise-sensitive environments, such as hospitals or schools, without disrupting activities or operations.

Ease of Use: Examining the user-friendly features and controls of Kubota and Yanmar generators

The Kubota 6kva Lowboy and Yanmar 6kva Low Profile generators prioritize user convenience. With user-friendly features, controls, and an intuitive control panel layout, operating these generators is easy even for those with limited technical knowledge.

Both generators have a digital display that provides real-time information on voltage, frequency, and other parameters. Starting and stopping the generators is simple with electric start capabilities, eliminating the need for manual methods like pull cords.

Some models also offer remote control capabilities, allowing users to operate and monitor the generator from a distance. This is especially useful in hard-to-reach locations.

Durability and Reliability: Investigating the build quality and longevity of Kubota and Yanmar generators for long-term use.

Durability and reliability are crucial factors to consider when investing in a generator. Both the Kubota 6kva Lowboy and Yanmar 6kva Low Profile generators are built to withstand regular use and provide long-term reliability.

The construction materials used in both generators are of high quality, ensuring durability and longevity. The Kubota generator features a robust steel frame that provides excellent protection against impacts and vibrations. Similarly, the Yanmar generator is built with a sturdy metal enclosure that offers superior durability and resistance to wear and tear.

Both generators are designed to withstand various operating conditions, including extreme temperatures, heavy rain, or dusty environments. The engines of both generators are highly durable, with features such as cast iron cylinder blocks and low-friction piston rings contributing to their longevity.

Warranty

To ensure reliability, both Kubota and Yanmar offer warranty coverage for their generators. The Kubota 6kva Lowboy generator comes with a 2-year or 1000 hours warranty, while the Yanmar 6kva Low Profile generator offers a 2-year or 2000 hours warranty. These warranties provide peace of mind to users, knowing that their investment is protected against any manufacturing defects or faults.

Customer reviews also indicate the long-term reliability of these generators. Users have reported using the Kubota and Yanmar generators for extended periods without major issues or breakdowns. This further reinforces the reputation of these brands for producing reliable and durable products.

Maintenance Requirements: Comparing maintenance needs and costs of Kubota and Yanmar generators

Regular maintenance is crucial for optimal performance and longevity of a generator. Both the Kubota 6kva Lowboy and Yanmar 6kva Low Profile generators have specific maintenance requirements to keep them in good condition.

Maintenance tasks for both generators include oil changes, filter replacements, and component inspections. The frequency may vary based on operating conditions. Refer to the user manual for detailed instructions.

Both generators are affordable to maintain. Oil changes, filter replacements, and routine maintenance are reasonably priced. Spare parts are readily available.

Regular maintenance ensures reliability and performance. Neglecting tasks can lead to decreased efficiency, increased fuel consumption, and potential damage. Follow the recommended schedule and perform regular inspections to identify issues.

Price and Value: Analyzing the pricing and value proposition of Kubota 6kva Lowboy and Yanmar 6kva Low Profile generators.

The Kubota generator is more than 35% more expensive than the Yanmar generator. The additional features of the Yanmar generator, including a longer warranty, do not justify the price difference.

Both generators offer excellent performance, fuel efficiency, and durability, making them reliable choices for various applications. The Yanmar generator strikes a balance between affordability and performance.

Conclusion: 

Powered by one of the most reliable Diesel engines in the world the Yanmar 2TNV70-HGE engine with quality Single Phase 4 Pole Brushless Synchronous alternator, this is one of the most cost-effective and high-performance generators you can buy!

The Yanmar Low Profile also comes equipped with mine site readiness. Its innovative design enables users to diagnose, manage, and maintain the generator’s performance effectively, further adding to the convenience and control offered by Yanmar. This unique attribute, coupled with the generator’s other included features, solidifies Yanmar Low Profile as the compelling choice.