LALUNA

Seamless solar lighting for functional and stylish urban spaces

Leírás

LALUNA is a solar-powered LED lighting solution that combines sophisticated design with advanced functionality. Its sleek, square column design integrates vertical photovoltaic panels to provide reliable lighting for parks, car parks and urban areas. Designed for seamless operation, LALUNA's high-efficiency solar panels prevent snow accumulation and capture energy even in low light conditions. With a long-life in-ground battery and advanced power management, it ensures consistent performance regardless of the weather. Its cable-free aesthetics and all-in-one design simplify installation while adding elegance to any outdoor environment. LALUNA is where sustainability meets sophistication.

Combining elegance with functionality

LALUNA's elegant square column design seamlessly integrates solar panels for a refined appearance that enhances public spaces without compromising efficiency.

Reliable in any climate

The vertical positioning of the photovoltaic panels prevents snow build-up and maximises energy capture in diffuse light, ensuring uninterrupted lighting all year round.

Durable and secure energy storage

LALUNA's in-ground LiFePO4 battery offers thermal stability and theft protection, ensuring long-lasting, worry-free operation.

Simplified installation

The plug-and-play design with tool-less connectors reduces installation time and complexity, so no special knowledge or skills are required to benefit from solar lighting.

Transforming outdoor spaces with elegance

LALUNA creates visually cohesive and functional spaces by combining sleek design with sustainable lighting. Its minimalist structure blends harmoniously into modern and traditional environments, enhancing the atmosphere of parks, car parks and heritage sites while promoting safety and sustainability.

Characteristics

General Information

Megfelelősség

CE mark

Electrical information

Érintésvédelmi osztály

Class III EU

Foglalat

Zhaga (optional)

Szenzor

PIR (optional)

Performance

Luminaire output flux (lmm)

200 -

4200

Power consumption (W)

2.0 -

31.0

Tipikus fényhasznosítás (lm/W)

166

Optical information

LED színhőmérséklete

Warm White 730

Korrelált színhőmérséklet (CRI)

Felfelé irányuló fénykibocsátási arány (ULOR)

ULR

Housing and finish

Ház

Galvanised steel

Optic

PMMA

Búra

polycarbonate

Standard colour

RAL 7016 anthracite grey

Védettségi szint

IP 65

Törési szilárdság

IK 06

IP 67 for the LED module, IPX8 for the battery

Lifetime

Minden konfiguráció esetén

100,000h - L80

Lifetime may be different according to the size/configurations. Please consult us.

Dimension and mounting

Dimensions and mounting

AxBxC (mm | inch)

LALUNA 150 : 195x3905x4010 | 7.7x1547.9x158

LALUNA 300 : 195x3905x4010 | 7.7x1547.9x158

Download all specs

Control systems

Intelligent lighting with preset dimming

LALUNA has pre-programmed dimming profiles that are set at the factory, ensuring the system is ready to use on installation, with no additional on-site configuration required. Optional PIR and microwave sensors enable light-on-demand functionality, reducing energy consumption and light pollution during periods of low activity. For advanced control, Zhaga sockets allow seamless integration with smart city infrastructure.

Control link

All Control Options

Installation and Maintenance

Effortless plug-and-play deployment

LALUNA's easy-to-install design and tool-less connectors ensure fast and efficient installation, simplifying deployment across multiple sites.

Stable anchor base installation

The anchor base installation method provides a secure and durable foundation, ideal for urban environments with existing concrete surfaces or high traffic areas. This solution is perfect for applications where long-term stability is required, such as public parks, car parks or areas subject to heavy foot and vehicle traffic.

Flexible pipe foundation installation

The pipe foundation mounting method is designed for areas with softer ground or uneven terrain, offering flexibility and ease of use. It is particularly suitable for open spaces such as heritage sites, landscaped gardens or rural locations where adaptability and minimal environmental impact are essential.