Are Solar Heliport Lighting Systems Viable for Helicopter Operations?

Heliports are often located in areas where connection to a fixed electrical network is limited, impractical, or unavailable. This includes hospital heliports, offshore platforms, temporary landing sites, and remote facilities. In these contexts, the assessment of solar heliport lighting focuses on whether the system can meet operational and regulatory lighting requirements rather than on the energy source itself.

Solar heliport lighting systems are viable for helicopter operations when applied in the right operational context and designed to meet actual usage requirements:

📍Each light operates as a fully independent unit, removing the need for trenching, cabling, or an external power supply. This allows heliport lighting to be deployed where electrical infrastructure is limited, ground disturbance is restricted, or installation time must be kept short.

📍Solar heliport lights can be installed on different surface types, including concrete, asphalt, and compacted ground. This flexibility supports a wide range of pad layouts and geometric constraints without requiring major civil works.

📍System design can be matched to the operational profile of the heliport. Energy availability and battery capacity can be specified to support the required operating hours, ensuring the lighting system meets actual operational demand.

Solar heliport lighting is not a universal solution, but a viable option in scenarios where infrastructure constraints exist and where system design is aligned with the required operational profile.

Solar Airfield Lighting Association recommends evaluating these factors through a feasibility study to ensure that lighting performance remains aligned with operational demand.

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