This project demonstrates the role that hydrogen can play as an energy carrier. One of the biggest challenges with wind power is that unused energy can not be stored for later use when the wind isn't blowing. Hydrogen solves this problem. As we will prove at this location, excess electricity from wind can produce hydrogen to fuel an internal combustion engine, essentially turning that excess wind power back into electricity that people can use.

John has great experience in the fuel cell industry and an intimate knowledge of how new energy technologies are introduced to existing and new markets. This knowledge and leadership will be invaluable as we penetrate new markets with our fuel cell products, beginning with backup power and light mobility applications.

China's appetite for power is rapidly expanding and the country's energy companies continue to build new power plants. This is a growing market today for our world-leading on-site hydrogen products. China also is showing potential to be a key participant in the commercialization of hydrogen as a primary energy carrier of the future. With our industrial hydrogen business we are fortunate to have this entry point to the China market as these applications for hydrogen multiply.

I haven't been getting on base as much as I'd like to be. This shows that speed can play a part. You don't expect three bad pickoff throws. You see something new in baseball every day.

We're looking forward to having his energy back. When I see how he's practicing it makes me play harder.

We just didn't come with it. We didn't come with energy, we didn't make plays, we didn't play to win. We all around had a bad game.