Maximize RV Efficiency: Small Generator for Big RVs

Table of Contents

1. Introduction
2. Background on the Old Generator
3. Reasons for Downsizing
4. Choosing the 2500 Watt Propane Generator
5. Utilizing Spare Tire Bay for Generator Placement
6. Benefits of Propane Power
7. The Role of the Victron Boosting Inverter
8. Demonstrating the Generator's Performance
9. Using the Generator for Dry Camping
10. Limitations of Running Multiple Air Conditioners
11. Personal Experience with the Generator
12. Conclusion

Downsizing Our Generator: Is a 2500 Watt Generator Enough?

Introduction

Hello, we are Chris and Cherie from Techno Mania. In this article, we want to share our experience of downsizing our generator to a 2500 watt propane-powered generator. We understand that this decision might seem unconventional to some, but we will explain why it has been a successful choice for us.

Background on the Old Generator

When we first started modifying our bus, we had a 7500 watt generator installed. However, we soon realized that this generator was excessive for our needs and not ideal for RVing. It was loud, took up a significant amount of space, and was not friendly to our neighbors.

Reasons for Downsizing

The decision to downsize our generator was primarily driven by a desire for a more compact and efficient solution. During our bus upgrades, we decided to remove the old generator entirely and explore alternative placement options.

Choosing the 2500 Watt Propane Generator

Due to height constraints, we had to search for a generator that would fit in a specific space on our bus. After thorough research, we opted for the Onan 2500 watt propane generator. While this may seem like a significant downgrade from our previous generator, it offered several advantages that made it an ideal choice.

Utilizing Spare Tire Bay for Generator Placement

One of the innovative solutions we found was to install the generator in the spare tire bay located in the front bumper of our bus. By repurposing this space, we were able to create a well-ventilated storage bay for our propane tanks and tuck away the generator effectively.

Benefits of Propane Power

We had already transitioned to using propane for our Precision Temp hydraulic system, so choosing a propane-powered generator made logical sense. Apart from its compatibility with our existing propane setup, the 2500 watt generator offered numerous benefits such as cleaner emissions and quieter operation.

The Role of the Victron Boosting Inverter

To optimize the functionality of the 2500 watt generator, we integrated it with a 3000 watt Victron Boosting Inverter. This hybrid inverter allows us to effectively manage power consumption and allocate resources efficiently. With this setup, we can power larger loads, such as an air conditioner, without overtaxing the generator.

Demonstrating the Generator's Performance

By using our Victron CC GX control panel, we can remotely control and monitor the generator. The smart controls enable us to set specific operating times and charge our batteries efficiently using the generator. We can even control the system remotely via the internet or our phones, providing us with flexibility and convenience.

Using the Generator for Dry Camping

Our 2500 watt generator has proven invaluable during dry camping trips, where hookups are not available. It provides us with the power necessary to run our air conditioner and charge our batteries during hot summer days. We have found that a few hours of generator usage in the afternoon is sufficient to keep us comfortable and keep our electronics functioning.

Limitations of Running Multiple Air Conditioners

While our 2500 watt generator is capable of running an air conditioner, it does have its limitations. Attempting to run multiple air conditioners simultaneously would exceed the capacity of our inverter and cause an overload. In such cases, it is more practical for us to seek locations with hookups when the need for multiple air conditioners arises.

Personal Experience with the Generator

Having installed the 2500 watt generator almost a year ago, we have been pleased with its performance. It has proven to be sufficient for our needs, allowing us to enjoy off-grid living comfortably. As we rely heavily on solar power and try to follow favorable weather conditions, we have not needed to use the generator extensively. Its compact size has also provided us with additional storage space for other essential items.

Conclusion

In conclusion, downsizing our generator to a 2500 watt propane-powered generator has been a wise decision for us. It has enabled us to optimize space utilization, reduce noise pollution, and maintain the comforts of air conditioning during our travels. By combining it with a Victron Boosting Inverter and leveraging our solar setup, we have created an efficient and well-balanced power system for our bus.

Highlights

• Downsizing from a 7500 watt generator to a 2500 watt propane generator
• Utilizing spare tire bay for generator placement
• Benefits of propane power and compatibility with existing setup
• Integration with a Victron Boosting Inverter for efficient power management
• Demonstrating the generator's performance and ability to run an air conditioner
• Effective use of the generator during dry camping adventures
• Limitations when running multiple air conditioners
• Personal experience highlights the success of the decision

FAQ

Q: Can a 2500 watt generator run an air conditioner?

A: Yes, with the proper setup and power management, a 2500 watt generator can run an air conditioner.

Q: Why did you choose to downsize your generator?

A: We downsized our generator to free up space, reduce noise, and optimize our power system for efficient RV living.

Q: What is the role of the Victron Boosting Inverter?

A: The Victron Boosting Inverter helps manage power consumption and allows us to efficiently use a smaller generator to power larger loads.

Q: Can the generator handle running multiple air conditioners simultaneously?

A: No, running multiple air conditioners would exceed the capacity of our inverter and cause an overload. In such cases, seeking locations with hookups is more practical.