Consumer Product Ownership Registration

Dear Customer:

Thank you for purchasing our product and thank you for placing your confidence in us. We are proud to have you as a customer!

Follow these three steps to protect your new appliance investment:

1

Complete and mail

2

After mailing the

3

your Consumer

registration below,

Product Ownership

store this document

Registration today.

in a safe place. It

Have the peace of

contains information

mind of knowing we

you will need should

can contact you in

you require service.

the unlikely event of

Our service number is

a safety modification.

800.GE.CARES

 

(800.432.2737).

Read your Owner’s Manual carefully. It will help you operate your new appliance properly.

Model Number

Serial Number

Important: If you did not get a registration card with your product, detach and return the form below to ensure that your product is registered, or register online at GEAppliances.com.

Cut here

Consumer Product Ownership Registration

Important

Mail

Today!

Model Number

Serial Number

Mr. Ms. Mrs. Miss

First

Name

Street

Address

Last

Name

Apt. #

City

Date Placed In Use

Month

E-mail Address*

State

 

 

 

 

 

 

 

 

Phone

 

 

 

 

 

 

Day

 

 

Year

 

 

 

 

Number

 

 

 

_

Zip

Code

_

*Please provide your e-mail address to receive, via e-mail, discounts, special offers and other important communications from GE Appliances (GEA).

Check here if you do not want to receive communications from GEA’s carefully selected partners.

General Electric Company

Louisville, Kentucky

GEAppliances.com

14

Page 14
Image 14
GE WBB5500 owner manual Consumer Product Ownership Registration

WBB5500 specifications

The GE WBB5500 is a cutting-edge residential wind turbine designed to harness renewable energy efficiently and sustainably. As wind energy becomes an increasingly vital component of global efforts to reduce carbon emissions, technologies like the WBB5500 stand out due to their innovative features and robust performance characteristics.

With a rated capacity of 5.5 kW, the WBB5500 is ideal for both permanent residential use and off-grid applications. One of its standout features is its advanced aerodynamic rotor design, which allows for optimal energy capture even at low wind speeds. The turbine is equipped with a 10.2-meter rotor diameter, consisting of lightweight and durable composite materials, which aids in maximizing energy production while maintaining structural integrity even in harsh weather conditions.

The WBB5500 utilizes a direct-drive generator system that operates without the need for gearbox maintenance, significantly reducing the risk of mechanical failures and minimizing operational costs over time. Additionally, its intelligent control systems ensure that the turbine operates efficiently across varying wind conditions, automatically adjusting blade pitch to optimize performance and protect the turbine from potential damage during high wind events.

Another key characteristic of the WBB5500 is its low noise output, which aligns with residential needs and compliance with strict noise regulations. It incorporates state-of-the-art noise-reduction technologies, ensuring a quiet operation that will not disrupt the tranquility of residential areas.

The turbine's compact design and minimal footprint make it an attractive solution for urban and suburban environments. It can be mounted on a variety of tower heights, allowing for flexibility based on local topography and wind profiles, ensuring access to the best wind resources.

Moreover, the WBB5500 is equipped with integrated monitoring technologies that allow users to track energy production in real-time, facilitating better energy management and consumption decisions. This feature enhances the value proposition for homeowners looking to maximize their return on investment in renewable energy technologies.

In summary, the GE WBB5500 represents a significant advancement in residential wind energy solutions, combining efficient energy production, durable design, and smart technologies. Its ability to blend performance with environmental considerations makes it a critical component in the transition towards sustainable energy systems.