Pacific Park in Southern California is home to one of Hollywood movies’ most famous landmarks, the Santa Monica Pier ferris wheel. Taking advantage of the sunny climate, it is the world’s only solar powered ferris wheel, and as of this month, the wheel has been replaced. The new model has 160,000 new energy efficient LED lights… all powered by the sun.
The GoGreenSolar blog notes that the upgrade to LED lights, "now allows the ferris wheel to maximize on its solar power system more effectively. Combining solar panels with energy efficiency lighting is the best value a solar power system can offer but very rarely accomplished."
The new wheel was unveiled during a ceremonial re-lighting, complete with a fantastic fireworks display. The old ferris wheel had been dismantled and auctioned off on E-Bay earlier in May for $132,000.
Solar Powered Ferris Wheels
New Santa Monica Pier Wheel
Trend Themes
1. Solar-powered Attractions - The trend of creating solar-powered attractions, such as ferris wheels, is a disruptive innovation opportunity for companies to promote green energy to consumers.
2. LED Lighting Upgrades - Upgrading to energy-efficient LED lights is a trend that creates opportunities for companies to cut energy costs and promote sustainability.
3. Combining Solar Panels with Energy-efficient Technology - The combination of solar panels and energy-efficient technology is a trend that creates opportunities for companies to maximize the use of solar energy.
Industry Implications
1. Amusement Parks - The amusement park industry can utilize solar energy to power rides, attractions, and lighting, while promoting sustainability to their consumers.
2. Renewable Energy - The renewable energy industry can benefit from the trend of creating solar-powered attractions, such as ferris wheels, to showcase the potential of solar energy to a wider audience.
3. Green Technology - The trend of combining solar panels with energy-efficient technology creates opportunities for the green technology industry to create innovative solutions for energy-efficient lighting and power systems.