In an auto parts warehouse in Israel, our XJ-HBS150W-2 High Bays have replaced 600W traditional lamps to enhance brightness and energy efficiency. Due to the close proximity of rackings (around 2 meters apart), we opted for a narrow 45-degree beam angle to concentrate lighting between racks, ensuring optimal visibility. Areas without rackings were illuminated with a wider 90-degree beam angle for uniformity.

The installation resulted in not only significantly brighter lighting but also a remarkable 75% reduction in energy consumption, meeting all customer requirements for improved illumination and cost savings.

In a steel plant in the USA, our XJ-HBS150W High Bays (Product NO: XJ-HBS150W-2) successfully replaced 400W Metal Halide lights. Concerns about dust were addressed through testing, confirming that our high bays efficiently manage dust with air convection and excellent heat dissipation. This ensures a clean environment under the lights.

The installation resulted in impressive savings of up to 63% in energy costs, while providing higher lux levels on the factory floor. The customer is satisfied with both the economic benefits and the improved lighting conditions achieved with our XJ-HBS150W high bays.

This project involved installing XJ-HBS240W-2 High Bays at the University of Mississippi's rugby field. The field size is 127m x 100m, and we installed a total of 160 units of 240W high bays and 40 units of 100W high bays to replace 160 units of 1000W and 40 units of 600W Metal Halide (MH) lights. The lights are mounted at a height of 9 meters.

To address customer concerns about glare (UGR), we used frosted glass to reduce glare while maintaining optimal illumination. Post-installation, the ground reached 600 lux, which initially seemed too bright. Responding to the customer's additional requirement to light the two side flags, we designed a solution and provided 32 units of 150W flood lights.

The project resulted in a perfect outcome, greatly satisfying the customer with enhanced lighting and functionality across the rugby field and side areas.

In a significant project at a hockey field in Canada, we successfully implemented our XJ-HBS200W High Bays (140 lm/W) to replace 92 units of 400W metal halide lights. After thorough preparation and negotiations, the Canadian end-user accepted our solution.

By dimming all lights to 50% brightness, the field achieved the same Foot-Candle (FC) levels as with the previous 400W lights, resulting in impressive energy savings of up to 75%. For professional games, the lights can be adjusted to higher wattage settings easily, ensuring optimal lighting conditions as needed.

This solution not only enhances energy efficiency but also meets the high standards required for professional sports, making it a successful and sustainable lighting upgrade for the hockey field.