The Hsinchu County Gymnasium, completed in 2005, covers an area of ​​12,000 square meters and can accommodate 8,000 people. To meet the needs of the 2017 Summer Universiade, it includes multi-functional courts, a table tennis room, and a judo/martial arts room. Currently, it serves as a professional basketball competition venue.

The lighting standards are designed according to international professional broadcast standards for indoor sports stadiums, providing the standard lighting environment required for official broadcasts, high-resolution, slow-motion photography, and official matches. (Average illuminance ≥ 2,000 LUX, uniformity U1 ≥ 0.7, U2 ≥ 0.8, color rendering index ≥ 90 Ra)

This project utilizes the ECO-Link Pro + DMX smart lighting system, allowing for more flexible setting of lighting conditions to meet the needs of various venue uses. Adjustments can be made according to different usage scenarios such as professional matches, general matches, and practice sessions. The lighting control system offers more than twelve different lighting scene modes for subsequent venue management.

The track and field lighting system had fallen into disrepair due to age, with most of the lights and the lighting control system damaged and unusable. In response to the need for the 2022 National Intercollegiate Athletic Games, the track and field stadium was upgraded to competition-level illumination.

To meet the requirements of 500 LUX or higher illumination and uniformity U1:0.7/U2:0.5, 700W and 1050W combination lights were installed on the upper and lower sides of a circular lighting frame on a high-mast lifting system. The distribution box and power cables were also replaced to extend the stadium's service life.

The warm-up track, designed to meet competition standards, was equipped with 80 105W lights to meet the requirements of 600 LUX or higher illumination. The stadium's lighting equipment, including the two-wire control system, control cables, wall switches, and lighting control unit, was also upgraded to integrate all stadium lights into this control system for easier future maintenance and management.

Taichung International Airport is the largest international airport in central Taiwan, with routes to various Asian countries. Its proximity to the Central Taiwan Science Park gives it a prime location. This airport is our company's second airport smart lighting project and the second large-scale airport in Taiwan to implement an LED smart lighting system.

In addition to replacing all existing high-pressure sodium lamps on the apron/overnight apron and helipad with LED lights, a wireless smart lighting system was implemented. This system monitors the operation, power consumption, and power status of all lighting equipment in real time. It allows for fully automatic, semi-automatic, and manual control of lamps, dimming, and group operations, making airport lighting more flexible and efficient. The system also automatically detects and reports equipment malfunctions, accelerating airport automation.

This project was completed in September 2022, coinciding with the reopening of international borders after the pandemic. The new lighting and highly automated smart system make Taichung Airport even more advanced.

Ling Tung University of Science and Technology, located in Nantun District, Taichung City, near Chenggongling, currently has two campuses: Chun-An and Bao-Wen. The Chun-An campus's athletic field suffered from severely damaged and expired lighting fixtures, significantly impacting student activities and safety at night. Therefore, Ling Tung University planned and designed a lighting improvement project in 2019 and tendered for approval in 2020 to address this issue.

In accordance with the government's energy conservation and carbon reduction policies, 20 Neotroni ECO1560PL-CW 560W 12-degree LED lights were installed throughout the campus, providing an illuminance of over 70 Lux, meeting recreational and sports standards. A Wi-Fi wireless smart lighting control system was also added, allowing users to optimize lighting usage via a smart lighting control app on their smartphones or tablets.

The Taichung City Soccer Stadium is a dedicated soccer field and the most frequently used soccer field in Taichung City. It has two 11-a-side pitches and two practice pitches.

Lighting: 78 ECO1560CS-CW 560W LED lights; Pole height: 15m; Average illuminance: ≥400Lux; Uniformity: ≥0.6

Tamsui Second Fishing Port (Fisherman's Wharf) is located on the right bank of the Tamsui River estuary. In 1999, the Fisheries Agency of the Council of Agriculture, Executive Yuan, and the New Taipei City Government jointly promoted a port renovation and construction plan, selecting Fisherman's Wharf as a model fishing port for diversification. Lover's Bridge is an important transportation hub in the port, connecting the LOVE Plaza and the boardwalk.

Visitors to Fisherman's Wharf can be divided into three main groups: those within the port area, those on the bridge, and those arriving via the Blue Highway. The design of this nighttime scenic project focuses on satisfying the experience of visitors in all three groups. This project involves lighting and visual design for Lover's Bridge, LOVE Plaza, and the boardwalk. The Lover's Bridge design utilizes the bridge tower itself and the two outer sides of the bridge for visual appeal. The outer sides of the bridge feature a variety of color variations that enhance both the indirect and direct light sources. Through diverse color combinations and interactive RGB lighting fixtures, coupled with captivating music, the dynamic lighting effects—sometimes gradual, sometimes flashing and shimmering—create different themed light shows, making the Lover's Bridge more diverse, engaging, and entertaining.

The renovation of the high-mast lighting fixtures at the Pingtung County Athletics Stadium involves three main electrical components: the main structure of the electrical boxes, the main power lines, and the wiring within the poles. This lighting renovation project is further divided into three main requirements: lighting upgrades, power line maintenance, and the installation of a smart control system.

This project utilizes the ECO1560PL-CW series high-power dimmable luminaires as the primary lighting element, paired with the ECO-Link Pro wireless smart control system. This system allows for flexible and rapid adjustment of brightness according to different usage needs. Whether it's controlling the brightness of a single lamp or multiple lamps, switching zoned lighting, or setting brightness for the entire area, it provides greater flexibility in adjusting the stadium's illuminance to achieve energy conservation and carbon reduction.

To enhance sports participation and provide a suitable environment for talent training, National Pingtung University has undertaken a nighttime lighting project for its soccer field, surrounding track and field, and walkways, aiming to improve the lighting for its training facilities. The project considers the impact of the subtropical rainy climate on materials, minimizes ecological damage, and achieves sustainable energy conservation and carbon reduction. The stadium's nighttime lighting is designed with energy-efficient and high-performance equipment to meet training standards.

This project comprises four main components: new high-mast lighting, lighting for the command platform, lighting for the roofs of the covered stadium and the welcoming walkways, and pedestrian lighting. A new 25-meter maintenance platform-style high-mast will be installed around the stadium, each equipped with a combined 1400W (ECO1700PL*2 modules) LED high-efficiency light fixture. The increased height of the masts improves uniformity and reduces glare, while also allowing for future upgrades to an international competition-level venue.

The football field in Jixian Sports Park is equipped with four 18-meter-high masts and 24 ECO1700PL-CW lights, combined with the Eco-Link Pro wireless intelligent control system for field lighting management.

​

​

​

​

​

​

​

​

Kaohsiung International Airport, located in Xiaogang District, Kaohsiung City, adjacent to the Kaohsiung MRT Xiaogang Station, covers a total area of ​​266 hectares. It is a major international airport connecting southern Taiwan and a hub for international passenger traffic, and is also Taiwan's second largest international airport. 

In 2019, Neotroni undertook the lighting replacement project for Kaohsiung International Airport. 

The lighting fixture replacement scope included outdoor LED floodlights for aprons 21-32 in the international terminal, apron 17 in the domestic terminal, and aprons 5-8 in the outer apron; outdoor LED streetlights connecting roads; and LED ceiling lights for the maintenance hangars.

The LED lighting fixtures on the apron were replaced with ECO1000/560W LED fixtures, the LED lighting fixtures in the terminal maintenance hangar were replaced with ECO1000/350W LED fixtures, and the outdoor LED streetlights were replaced with Citie300/100W and 350W LED fixtures. The results show that the average illuminance on the apron is >41 Lux, with a uniformity >0.46; the average illuminance in the terminal maintenance hangar is >524 Lux, with a uniformity >0.37, both significantly better than traditional spotlights. Furthermore, the system is integrated with the PowerLink intelligent lighting control system, which allows for real-time remote monitoring of lighting status, real-time adjustment of lighting brightness, and analysis of lighting power consumption statistics. The system's graphical analysis enables comprehensive power monitoring, achieving optimal smart and energy-saving results.