30W Hybrid Park Light
30W Hybrid LED Park Lamp – Solar and Wind Powered Park Lighting Without Grid Connection
30W Hybrid LED Park Lamp is a modern park lantern powered by renewable energy – solar energy and wind energy. The system is an ideal solution for parks, squares, walking paths and recreational areas where connecting to the power grid is expensive or impossible.
Thanks to the use of photovoltaic panels and a wind turbine, the park lamp operates fully autonomously throughout the year without the need for a grid connection. It is an ecological and cost-effective lighting solution for cities, municipalities, residential developments and recreational areas.
Hybrid park lighting – solar and wind energy
The hybrid park lamp uses two renewable energy sources:
- photovoltaic panel – generating electricity from sunlight,
- wind turbine – supporting the system during periods of lower solar exposure.
Thanks to this, the solar-wind park lamp ensures stable operation throughout the year – also in winter, at night and during limited sunlight conditions.
Advantages of the hybrid park lamp
- autonomous park lighting without cables and electrical connections,
- no electricity costs,
- use of renewable energy – sun and wind,
- low installation and operating costs,
- eco-friendly lighting for public spaces,
- ideal solution for areas without electrical infrastructure.
Decorative LED park lamp in classic style
The series of decorative hybrid park lamps stands out with elegant design and high manufacturing quality. The decorative pinecone-style LED luminaire perfectly matches the architecture of:
- city parks,
- historic old towns and market squares,
- squares and promenades,
- public gardens,
- recreational and tourist areas.
The lamp pole is powder-coated in black as standard, however it can be manufactured in any color from the RAL palette upon request.
Silent wind turbine with carbon fiber blades
The lamp is equipped with a modern micro wind turbine weighing approximately 8 kg. The turbine blades are made of carbon fiber, characterized by:
- very high mechanical strength,
- low weight and high structural stiffness,
- resistance to weather conditions,
- long service life,
- stable aerodynamic performance.
Thanks to this design the turbine operates extremely quietly – the noise level does not exceed 35 dB at a distance of 5 meters with wind speed of 5 m/s, making it ideal for parks, gardens and recreational areas.
Park lamp construction parameters
- LED luminaire power: 30W
- Installation height: approx. 5 m
- Luminaire type: decorative LED park luminaire
- Weight of steel pole structure (without equipment): approx. 135 kg
- Pole base wall thickness: > 4.0 mm
- Pole color: black (optional RAL color)
Certified park pole structure – PN-EN 1090
The hybrid park pole structure is manufactured in accordance with the PN-EN 1090 standard. This means that all steel components meet strict structural safety requirements.
The pole together with the photovoltaic panel mounting structure is designed individually for the specific installation location according to PN-EN 1991-1-4. The following factors are taken into account:
- wind zone I, II or III,
- wind loads for the specific location,
- structure height and photovoltaic panel surface area.
Applications of hybrid LED park lamps
Solar-wind hybrid park lamps are used in many public and recreational spaces:
- city parks and squares,
- promenades and pedestrian zones,
- bicycle and walking paths,
- public gardens and recreational areas,
- residential estates,
- tourist and spa areas.
30W Hybrid LED Park Lamp is an ecological, modern and energy-independent lighting solution that combines the aesthetics of a decorative park lantern with modern renewable energy technology.
| Hybrid Park Light: HLP-30W/400W/400W/6m | |
| Wind turbine | Rated power: 400W 24V / Maximum output power: 500W |
| Photovoltaic panel | Panel power: 1 x 450W 48V (144 cells) |
| LED lighting fitting Made in Poland | LED POWER: 30W DC – Polish-made “PINECONE” luminaire |
| Solar controller | 1 pc x MPPT 20A 24V the light as well as time of operation by MPPT intelligent control, water resistance IP67 class, in-built twilight sensor, automatic brake and cut-off of powered load. |
| Battery | 2 pcs x 100AH 12V – NPG gel battery for solar installations, fully sealed, full deep discharge cycle, maintenance-free, > 2,000 discharge cycles |
| Battery box | PVC material, placed underground, water resistant type, disperses heat, anti-burglar, PVC pipe for the cables included in the set. Optional: enclosure made of stainless steel AISI 304 with EPDM gaskets (intended for installation in wet, rocky, clayey or otherwise challenging soil conditions). |
| Steel pole weight approx. 135 kg Made in Poland | Total height: 7m, hot-dip galvanised steel in accordance with EN ISO 1461. Pole model: "BrasiT", steel grade: S235, frame and bracket: steel S235. LED luminaire mounting height: 5 m Wall thickness of the steel pole base: > 4,0 mm Round pole compliant with EN 40-5:2002. Vehicle impact class: 0, in accordance with EN 12767. Structural stability certificates in accordance with EN 40-3-1. Hybrid pole structure in accordance with: PN-EN 1090 The pole, including the structure for photovoltaic panels and the boom arm for the wind turbine, is designed for wind zones I, II or III in accordance with PN-EN 1991-1-4. Frame for panels with the possibility of rotation around the axis of the pole 360º. |
| Foundation weight approx. 255 kg | F-150 4xM24/220, prefabricated foundation, certified, Meeting PN-EN 14991:2010 standard in accordance with the 2+ system adjusted to: I, II or III wind zone. |
| Working time | 11-12 hours / day (full power) - battery capacity of up to 4 continuously cloudy and rainy days without sun - min. 44h without sun. There is the option of increasing the independence of lamps work. Five-period operating mode available: adjustable LED luminaire power (%) during night hours, enabling extended autonomous operation. |
Notes:
- The above system configurations are based on our actual project experience. They are suitable for areas with an average annual peak solar irradiation of 3.5–4 hours per day.The battery capacity is designed to store enough energy for 4 consecutive cloudy or rainy days.
- The system configuration can be customized based on the specific requirements of the customer/project and local weather conditions.
- The batteries are recommended to be installed underground inside a battery box. This prevents exposure to high summer temperatures and extreme winter cold. They are waterproof and theft-resistant, while also being very easy to replace later in the service life. The battery box can also be mounted above ground or on the lamp pole.
- The pole can be customized to meet the customer’s specific requirements.
- All components are compliant with required certificates and approvals.
- The main structural elements — including the pole with a photovoltaic bracket and the foundation — are certified by an independent, notified certification body. They are safety-tested in terms of load-bearing requirements related to system weight and wind pressure at the intended installation site. The poles are certified according to: PNEN 1090 and EN 40-5 for special load-bearing and construction structures.
Any company that does not possess — or cannot provide — such certificates has no right to sell structures that may endanger public safety and could lead to a structural disaster.
- The possibility of purchasing an infra-red remote control and Wi-Fi interface with software to program and control the lamps from a distance.
- Poles can be painted in any colour from the RAL range for an additional price.
