EcoGro S4 LED Grow light used in indoor vertical farm with a master controller

Transitioning from HPS to Ecogro S4 LED Grow Lights: A Case Study in Michigan

Introduction

In this case study, we explore the experience of a Michigan-based grower who made the transition from using traditional high-pressure sodium (HPS) lights to the Ecogro S4 LED grow lights in an indoor vertical rack. The grower initially experimented with the Ecogro Series 600W LED grow lights and was pleased with the results. Encouraged by the success, the grower decided to upgrade to the Ecogro S4 LED grow lights, specifically the 800W variant, for their new warehouse facility.

Background

The grower had previously relied on HPS lights for their indoor cultivation needs. However, they were open to exploring more energy-efficient and technologically advanced lighting solutions. The trial run with the Ecogro Series 600W LED grow lights demonstrated their potential, leading the grower to consider expanding their use of LED technology.

Challenge

The primary challenge was to find a lighting solution that could deliver high-quality, efficient, and reliable light output while fitting within the grower's existing indoor vertical rack setup. Additionally, the grower sought a lighting solution that would be easy to install, reducing downtime and shipping costs.

Solution

After evaluating various options, the grower chose the Ecogro S4 LED grow lights as their preferred lighting solution. The key features of the Ecogro S4 LED grow lights, including their power rating, PPF efficacy, PPF output, use of Samsung white LEDs and Osram 660nm Red LEDs, and the patented "Plug and Play" configuration, were the deciding factors. These features ensured high light intensity, spectral performance, and ease of installation, ultimately meeting the grower's requirements.

Implementation

The grower acquired a total of 210pcs of the Ecogro S4 LED grow lights with an 800W power rating. The installation process was swift due to the "Plug and Play" configuration, resulting in minimal disruption to the grower's operations. The lights were strategically positioned within the vertical rack to ensure optimal light distribution across the crop canopy.

Results

Following the installation of the Ecogro S4 LED grow lights, the grower observed several positive outcomes. The higher power rating of 800W provided an ample amount of light intensity, promoting healthy plant growth and development. The PPF efficacy of 2.7 umol/J contributed to greater energy efficiency, resulting in reduced energy consumption and operational costs. With a PPF of 2160 umol/S, the Ecogro S4 LED grow lights offered an optimal light spectrum for photosynthesis, ensuring robust plant growth and improved crop yields.

Conclusion

The case study demonstrates the successful transition of a Michigan-based grower from traditional HPS lights to the Ecogro S4 LED grow lights. The grower's positive experience with the Ecogro Series 600W LED grow lights encouraged them to choose the higher-powered Ecogro S4 variant for their new warehouse facility. By adopting LED technology, the grower achieved superior light output, energy efficiency, and enhanced crop performance. The ease of installation and cost-effectiveness further strengthened the grower's satisfaction with the Ecogro S4 LED grow lights as their preferred lighting solution.