iBook Power Quality New Product Application Examples_复制

Overview

The primary indoor and outdoor venues for sports competitions and other activities are experiencing significant growth in China, as the country’s ability to host competitive sports events aligns with international standards, alongside ongoing economic development, social progress, and improvements in living standards. The sports industry has become a new highlight of the national economy. As the operational models and functions of sports venues diversify, sound systems will inevitably find application in more scenarios. Additionally, sports venues have high requirements for the quality and performance of audio equipment, focusing primarily on system quality, safety, and brand image.

Features

1. The design and implementation of the amplification system adhere to GB/T28049—2011 "Design Specifications for Amplification Systems in Halls and Sports Venues" and related standards.

2. The system meets the language amplification needs for various types of sports competitions, training, demonstrations, and emergency broadcasting, achieving high clarity, uniform sound pressure level, and good sound quality.

3. The sound pressure in each audience area is independently controllable, and the system ensures that signal transmission between equipment rooms is backed up in both digital and analog formats.

4. The amplification system can interact with other sports systems, such as live screen systems and flag-raising systems.

5. Equipment selection prioritizes safety and stability, while system operation is designed for easy maintenance, facilitating future repairs.

6. The system design accommodates future software and hardware upgrades, providing sufficient interfaces for convenient connections to temporary systems.

Design Goal Verification

EASE, short for Enhanced Acoustic Simulator for Engineers, is a software tool for acoustic simulation. Originally launched by the German company ADA in 1990, it has become the most popular acoustic simulation software in the field of hall amplification. This software allows users to design ideal acoustic models and conduct scientific and accurate simulations of existing acoustic environments, providing a scientific basis for amplification system design.