WEN 6800-Watt Dual Fuel RV-Ready Electric Start vs Westinghouse

Overview of the Generators

When comparing the WEN 6800-Watt Dual Fuel RV-Ready Electric Start Portable Inverter Generator and the Westinghouse 12500 Watt Dual Fuel Home Backup Portable Generator, it’s clear that each serves distinct needs. The WEN generator is priced at $798.00, while the Westinghouse model retails for $999.00, making the WEN about 20% cheaper. Despite their price difference, both generators share the dual fuel capability that allows them to operate on gasoline or propane.

The WEN generator has a peak output of 6800 watts on gasoline and 6000 watts on propane, while the Westinghouse boasts a significantly higher peak output of 12500 watts on gasoline and 11200 watts on propane. This difference in output power indicates that while the WEN model is suitable for smaller needs, the Westinghouse can support more demanding appliances and situations.

Power and Performance

In terms of power and performance, the Westinghouse outshines the WEN generator with its 12500 peak watts compared to WEN's 6800 watts. This translates to the Westinghouse being capable of running more appliances simultaneously, making it ideal for home backup scenarios or larger RV setups. The Westinghouse can provide 9500 running watts on gasoline, compared to WEN's 5100 running watts. This substantial difference means that users looking for robust power solutions may prefer the Westinghouse for its superior wattage.

However, the WEN generator is designed to operate quietly at 64 decibels at quarter load, which is a significant advantage for users who prioritize noise levels, particularly in outdoor settings like camping. The Westinghouse does not specify its noise level, so those sensitive to sound may find the WEN's performance more appealing.

Fuel Efficiency and Runtime

Fuel efficiency and runtime are crucial factors to consider when choosing a generator. The WEN generator features a 2.9-gallon tank, providing up to 6.1 hours of runtime at half load, while on a 20-pound propane tank, it can run for up to 9 hours. In contrast, the Westinghouse is equipped with a larger 6.6-gallon fuel tank, allowing it to run for up to 12 hours at half load. This means that the Westinghouse offers nearly double the runtime compared to the WEN when running on gasoline, which can be a significant advantage during prolonged outages or extended outdoor activities.

Both generators include features that enhance their fuel efficiency, such as the WEN’s eco-mode, which adjusts fuel consumption based on the load, and the Westinghouse's automatic low oil shutdown. These features help to ensure that users get the most out of their fuel, potentially saving money in the long run.

Portability and Design

When it comes to portability and design, both generators have features that enhance their ease of use. The WEN generator is equipped with a telescoping pull handle and onboard wheels, making it easier to transport. On the other hand, the Westinghouse generator also includes heavy-duty never-flat wheels and a lift bracket, which contribute to its portability.

However, the WEN generator's lighter weight and compact design may make it more suitable for users who need to move their generator frequently, such as for camping or tailgating. The Westinghouse, while portable, may be more cumbersome due to its larger size and weight, making it more suitable for stationary use around the home or job sites.

Safety Features

Safety is a paramount concern when operating generators, and both models incorporate features to protect users. The WEN generator includes a CO Watchdog shutdown sensor that automatically turns off the generator if dangerous levels of carbon monoxide are detected. This feature is crucial for ensuring safety, especially in enclosed spaces.

In comparison, the Westinghouse generator offers an automatic low oil shutdown feature that prevents engine damage in low oil conditions. While both generators provide essential safety features, the WEN's CO shutdown sensor offers a layer of protection that is particularly relevant for indoor or semi-enclosed use.

User Experience and Ease of Use

User experience is an important aspect to consider, and both generators have been designed with ease of use in mind. The WEN generator features a keyless electric start along with a recoil starter as a backup, making it straightforward to start. It also includes a comprehensive control panel with multiple outlets, including USB ports, which enhances its usability for various devices.

The Westinghouse generator also boasts a remote start capability with an included key fob, allowing users to start the generator from a distance. Its control panel features multiple outlets as well, including GFCI-protected receptacles, but it may require a bit more understanding for optimal use due to the various features and outputs available.

Price Comparison

Price is a significant factor when choosing between the WEN and Westinghouse generators. The WEN is priced at $798.00, while the Westinghouse is available for $999.00, making the Westinghouse about 25% more expensive. This price difference reflects the higher power output and extended runtime that the Westinghouse offers. However, for users with less demanding needs, the WEN generator provides a more budget-friendly option without sacrificing essential features.

The choice ultimately comes down to what users value more: the higher output and runtime of the Westinghouse or the cost-effectiveness and quieter operation of the WEN.

Which should you buy?

Choosing between the WEN 6800-Watt Dual Fuel RV-Ready Electric Start Portable Inverter Generator and the Westinghouse 12500 Watt Dual Fuel Home Backup Portable Generator depends on your specific needs. If you require a generator with higher power output and longer runtime for home backup or larger RV applications, the Westinghouse is the better choice despite its higher price of $999.00. However, if your needs are more modest and you prefer a quieter operation at a lower price point of $798.00, the WEN generator is an excellent option. Ultimately, consider your power requirements, budget, and intended use to make the best decision for your situation.