The Highest Water Coaster Utilizing Sustainable Technology

Author: Austin Stanfel

Last summer, Schlitterbahn Galveston in Texas opened its latest attraction to the public. It is said to be the tallest water coaster worldwide, and it is armed with the latest innovation designed by White Water, which will allow the water slide to function economically. Normally, it will take a huge amount of power when pushing the riders on an elevated slant of Master Blaster. By utilizing VFD (Variable Frequency Drive) and correctly managing the algorithm, the pump’s speed can be adjusted vigorously while operating the water coaster. This latest framework can save a considerable amount of power while it is functioning. Authorized by the Guinness World Record as the tallest all over the world, the rider can guarantee that they will be able to take that amazing slide at the valley and peak with optimum energy efficiency.

Investing in a Sustainable Development

Most of the Whitewater innovation has been developed by their in-team of Mechatronic Group such as the latest and cost-efficient innovation that powers the Master Blaster. The Mechatronic team members are composed of engineers that specialize in the development of the tech that can propel our ride into a whole new dimension. The utilization of VFD is a great example of their skills and capabilities.

Generally, the thing that activates the water jet when going on the steep uphill is an AC supply on a fixed frequency that normally takes the rider across the Master Blaster. This will prompt the motor to run at a constant and continuous speed which causes inefficient energy usage. Using the VFD technology of White Water changes the frequency of the motor supply that is controlling the speed. This way, it will only utilize the required power to achieve the target velocity when pushing the ride into an elevated area. The result is a massive reduction in the equipment’s wear and tear level and a more efficient power usage since the motor will not run at a continuous and constant speed.

The Reduction of the Operational Expenses

During the testing phase, the data collected during the extent of 20-days has shown a 55% decrease in the use of energy as opposed to their old system. The power-saving feature was achieved through the VFD system and employing an algorithm that adjusts the pump’s speed during the operation. Other than reducing energy consumption, the amount of supplied energy is also reduced by as much as 5%.

With this reduction in the use and supply of energy, the operational cost has been significantly reduced, improving the bottom line of the business.