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Illuminating innovative learning spaces
ISF Academy, a pioneering institution renowned for its innovative approach to education, has created a learning environment that is as inspiring as it is functional. Eureka's design for the Gallery aimed to create a dynamic, interconnected space that fosters both social interaction and a profound connection to the outdoors. The covered walkway linking buildings serves as a multi-functional hub, while the elevated walkway provides a vantage point for students to engage with the campus environment. This architectural element is integral to Eureka's vision of a three-dimensional campus community. By strategically integrating ERCO lighting solutions, the school has created an environment that not only supports learning but also prioritizes energy efficiency, visual comfort, and sustainability.
A Library bathed in soft illumination
Located at the entrance of the primary section, the ISF Academy library is a tranquil oasis of knowledge. The space is characterized by its gentle curves and connection to the natural world, with an open space in front and a lush hillside behind. Eureka envisioned a space bathed in natural light, with subtle recessed lighting enhancing the library's serene atmosphere.
To harmonize with the library's serene ambiance, ERCO Skim downlights with wide floow distribution, featuring a neutral 4000K colour temperature and Dali control, were seamlessly integrated into the ceiling. These minimalist fixtures blend seamlessly with the architecture, directing attention to the library's core purpose: books and students. Equipped with Dali control for precise light management, the downlights deliver a uniform and glare-free illumination across the space, essential for visual comfort. The lights' high colour rendering index (CRI) of 92 accurately reproduces colours, enhancing the reading experience.
Achieving the required 500 lux illuminance for effective reading and research, the library's lighting system consumes a modest 5211W of power. This translates to an impressive luminous efficacy of 95.7 lm/W, indicating exceptional energy efficiency. By converting electrical energy into light with minimal waste, the system contributes to significant cost savings and reduced environmental impact. Furthermore, the Skim downlights adhere to the L90/B10 standard, ensuring consistent light output over time, thereby reducing maintenance requirements and creating a stable learning environment.
Maker Space: Flexibility meets precision
The ISF Academy Maker Space is a dynamic hub of creativity and experimentation, demanding a lighting solution that can adapt to a wide range of activities. ERCO Parscan spotlights with flood distribution provide the precision and flexibility needed for this versatile space. These lights can be easily adjusted to illuminate specific work areas with the required intensity, ensuring optimal task lighting for students engaged in various projects. This adaptability empowers teachers to create dynamic and engaging learning environments.
The successful integration of ERCO lighting at ISF Academy underscores the importance of a comprehensive lighting design. By meticulously selecting fixtures and considering the specific needs of each space, ERCO has contributed to creating an environment that that is only energy-efficient, but also fosters learning, creativity, and well-being.
Breaking Down the Lighting Metrics
Lux (lx)
Illuminance: This measures the amount of light falling on a surface. In this case: The library required a light level of 500 lux on the floor. This is a standard level for reading and studying.
Watts (W)
Definition: This indicates the electrical power used by the lighting fixtures. In this case: The entire library used 5211 watts of electricity to achieve the desired light level.
Lumens (lm)
This measures the total amount of visible light emitted by a light source. In this case: The library's lighting system produced a total of 498853 lumens.
Luminous efficacy (lm/W)
Efficiency: This measures how efficiently a light source converts electrical energy into light. It's a ratio of lumens to watts. In this case: The lights in the library converted electricity into light very efficiently, with 95.7 lumens produced for every watt of power consumed. This is a high value, indicating efficient lighting.
The provided information indicates that the library's lighting system is well-designed and energy efficient. It meets the required light level for reading and studying while using a relatively low amount of electricity. The high luminous efficacy suggests that the chosen lights are of good quality and convert energy into light effectively.
The library's lighting system is highly efficient. It provides the necessary light level (500 lux) for reading and studying while using relatively little electricity (5211W). This is due to the efficient light sources used, which convert most of the electrical energy into usable light (95.7 lumens per watt).
