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The inverters enable certain lighting fixtures (loads) to function as code-compliant emergency lighting sources when the regular AC power fails.
The various lighting systems and lamp types that emergency lighting inverters are compatible with include LED and fluorescent lighting (e.g., LED strip system, Edison-based, fluorescent linear, CFL).
To keep lighting systems functioning properly during regular hours, inverters also control voltage and minimise surges.
From retail and commercial to hospitality and schools, inverters are appropriate for all kinds of settings. For the continuation of activities and a safe exit, inverters are necessary.
The Global Emergency lighting inverter market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Micro inverters for emergency lighting were launched by Myres EPS under the name Illuminator LVU. During serious power outages, the inverters supply emergency power to illuminate the exit utilising current interior and external lighting equipment.
As a result, there is no longer a need for standard, ugly emergency lighting items, which also lowers the cost of emergency lighting systems’ total operation, upkeep, and initial purchases of products.
They don’t have to compromise the visual design purpose of the space because their micro inverter solutions enable architects, engineers, and building owners to satisfy emergency lighting requirements utilising current lighting products.
Their plenum-rated micro inverters also use cutting-edge Pure Sine Wave technology, which offers excellent efficiency and lowers operating costs for emergency lights.
Myers EPS Illuminator LVU micro inverters are hooked directly to multiple lighting luminaires rather than installing individual battery packs to lighting products, saving building owners on original product expenditures. They can be discreetly wall-mounted or put in the ceiling in either direction.
Depending on the wire chosen, they can be remotely placed at just about any distance from the current lighting fixture, easily and conveniently meeting the path of egress code requirements.
All lighting sources, including LED, fluorescent, and incandescent, receive direct AC power from the micro inverters thanks to Myers EPS’s cutting-edge Pure Sine Wave technology.
Because of the technology’s industry-leading efficiency, fans are not required to keep the micro inverters cool, which lowers the overall operating costs of emergency lighting systems.
