Comparison of Two Types of Artificial Wave-Making Equipment

Wave-making offers a delightful blend of leisure and entertainment, with wave pools becoming a fashionable destination for families, couples, and friends seeking joy and connection. For investors, this demand signifies a burgeoning market, sparking a wave of construction across the nation.  Creating artificial waves is consistently the highlight of water amusement parks. Whether experiencing breaking waves or rough seas in a wave pool, the sensation of being enveloped by the ocean is exhilarating. Attracting visitors with this seaside experience is indeed a brilliant concept.

 

1. Vacuum Type Artificial Wave-Making Equipment (Tsunami Pool)

The vacuum type artificial wave-making equipment primarily consists of a vacuum main engine, pipeline system, water circulation system, valve system, control system, and air chamber. Its operation involves the vacuum host elevating the water level in the chamber. The control system sends signals based on a pre-designed wave spectrum, managing the valve system’s opening and closing. This process alters the air pressure in the chamber from negative to constant, creating impressive waves. This equipment can produce waves up to 2.8 metres high, with the ability to adjust wave height and duration via a PLC control system, and waves can extend up to 100 metres. Although the cost of vacuum artificial wave-making equipment is relatively high, it is ideal for wave-making pools in large water parks, requiring a pool area of over 2000 square metres.

2. Blow-Type Artificial Wave-Making Equipment (Wave Pool)

The blow-type artificial wave-making equipment comprises an air chamber, fan, valve production mechanism, speed regulation mechanism, air duct system, and control system. Its simple structure operates by directing airflow from a centrifugal fan into an air chamber. Through repeated air pumping and exhausting, the free water surface in the chamber is compelled to generate waves. By adjusting the frequency of airflow and the size of the air flow, the wave size and length can be modified. The wave height for this type of equipment ranges from 0.5 to 1.2 metres, with a wave length of 50 metres, making it suitable for elderly individuals or children. This equipment is ideal for small water parks, with a total park area of less than ten acres and a wave pool area under 1,000 square metres. While blow-type artificial wave-making equipment is affordable, it does have the drawback of being somewhat noisy.

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