Ensuring Emergency Lighting Preparedness for Hospitals

Ensuring Emergency Lighting Preparedness for Hospitals

At EverWatt, as a full-service ESCO, we prioritize understanding our client’s unique needs, particularly in critical sectors like healthcare. While hospitals must adhere to strict regulations, including monthly emergency generator testing, some do them weekly. Many LED fixtures lack this crucial consideration, leading to failures post-upgrade. We’ve observed instances of massive failures in other facilities after such upgrades. To address this, we’re committed to providing LED fixtures that undergo rigorous testing to ensure reliability and durability. Our fixtures are designed with resilience, incorporating features to withstand power fluctuations and maintain consistent performance. By offering tested and reliable lighting solutions, we aim to mitigate the risk of failures, ensuring uninterrupted operations in critical environments like healthcare facilities.

Our fixtures provide reliable and stable lighting solutions, ensuring optimal performance even in challenging electrical environments. Here’s why our products stand out:

  • Constant Current LED Drivers: Our fixtures have constant current LED drivers, offering a voltage range of 120-277V ±10%[1]. This wide voltage tolerance allows our fixtures to operate smoothly even in fluctuating voltage conditions (108-305V), ensuring consistent illumination.
  • Comprehensive Protection Circuits: Our LED drivers feature OVP, OCT, and OTP protection circuits to safeguard against voltage, current, and temperature anomalies[1]. This ensures the fixtures’ safety and prevents damage from electrical fluctuations, enhancing their durability and longevity.
  • Designated Buffer for Extreme Environments: Our fixtures incorporate a 10% buffer in power consumption to withstand extreme voltage environments[1]. Additionally, they are Class II level, with an efficiency rating of 87%-89%, surpassing industry peers (typically 85%). This results in lower wattage, higher lumen efficacy, and greater energy savings, making them ideal for unstable voltage conditions.
  • Stringent Reliability Testing: All our drivers undergo rigorous reliability testing, ensuring they meet strict quality standards[1]. Our fixtures also undergo Power Cycling tests, simulating real-world usage scenarios to validate their reliability over time.

By choosing our fixtures, customers can trust in the durability, performance, and longevity of their lighting investment.

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