T: +86-15355589600
E: sales@e-ablepower.com
E: sales@e-ablepower.com
Building C, Huiheng Industrial Park, No. 3 Fenghuang West Road, Shajiao, Humen Town, Dongguan City, Guangdong Province
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| Quantity: | |
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HELIX
E-ABLE POWER
The integration of Solar & Wind power street light technology creates a comprehensive and intelligent system that provides standalone LED illumination. This system comprises high-efficiency solar modules, a small aerodynamic wind turbine, deep-cycle batteries, an intelligent MPPT controller, and one or more LED street lights. The hybrid system collects energy from both wind and solar resources, storing it in deep-cycle batteries to power the street lights seamlessly during the night.
A solar and wind hybrid power street lighting system drastically enhances reliability by dual-source power production. Wind speeds are typically low during noon and summer when solar resources are at their peak. Conversely, wind speeds are generally higher during the evening, spring, and winter, when solar resources are at their lowest. These distinct, complementary patterns make wind-solar hybrid systems the ideal option for off-grid street lighting worldwide.
Order NO: EA-N20W
| LED Light Fixture | |
|---|---|
| Power & Flux: 20W / >2800lm | Color Temp: 6000K |
| LED Type: 48nos Philips SMD3030 | Beam Angle: 140*70° |
| Material: Aluminium Die Cast | Warranty: 5 Years |
| ☀️ Solar Panel | |
| Spec: 50W * 2pcs (MONO) | Peak Vol & Cur: 18V 2.78A |
| Module Size: 700*535*30mm | |
| ️ Wind Turbine | |
| Power: 100W Helix (2 Blades) | Generator: 3-Phase AC Maglev |
| Start/Rated Speed: 1.3m/s / 13m/s | Blades Height: 1.05m |
| Battery & Controller | |
| Capacity: 268WH 12V | Controller: MPPT |
| Lifetime: >1800 Cycles (>20 Years) | |
| Steel Pole | |
| Size: 5 Meters / 130mm (3mm) | Treatment: HDG + Powder Coated |
Order NO: EA-N30W
| LED Light Fixture | |
|---|---|
| Power & Flux: 30W / >2800lm | Color Temp: 6000K |
| LED Type: 48nos Philips SMD3030 | Beam Angle: 140*70° |
| Material: Aluminium Die Cast | Warranty: 5 Years | |
| ☀️ Solar Panel | |
| Spec: 50W * 2pcs (MONO) | Peak Vol & Cur: 18V 2.78A |
| ️ Wind Turbine | |
| Power: 100W Helix (2 Blades) | Generator: 3-Phase AC Maglev |
| Start/Rated Speed: 1.3m/s / 13m/s | Blades Height: 1.05m |
| Battery & Controller | |
| Capacity: 391WH 12V | Controller: MPPT |
| Steel Pole | |
| Size: 5 Meters / 130mm (3mm) | Treatment: HDG + Powder Coated | |
Order NO: EA-N50W
| LED Light Fixture | |
|---|---|
| Power & Flux: 50W / >6200lm | Color Temp: 6000K |
| LED Type: 72nos Philips SMD3030 | Beam Angle: 140*70° |
| ☀️ Solar Panel | |
| Spec: 80W * 2pcs (MONO) | Peak Vol & Cur: 18V 4.44A |
| ️ Wind Turbine | |
| Power: 300W Helix (2 Blades) | Generator: 3-Phase AC Maglev |
| Start/Rated Speed: 1.3m/s / 13m/s | Blades Height: 1.3m |
| Battery & Controller | |
| Capacity: 548WH 12V | Controller: MPPT |
| Steel Pole | |
| Size: 6 Meters / 150mm (3mm) | Treatment: HDG + Powder Coated | |
Order NO: EA-N60W
| LED Light Fixture | |
|---|---|
| Power & Flux: 60W / >7800lm | Color Temp: 6000K |
| LED Type: 248nos Philips SMD3030 | Beam Angle: 145*83° |
| ☀️ Solar Panel | |
| Spec: 80W * 2pcs (MONO) | Peak Vol & Cur: 18V 4.44A |
| ️ Wind Turbine | |
| Power: 300W Helix (2 Blades) | Generator: 3-Phase AC Maglev |
| Start/Rated Speed: 1.3m/s / 13m/s | Blades Height: 1.3m |
| Battery & Controller | |
| Capacity: 840WH 24V | Lifetime: >2500 Cycles |
| Steel Pole | |
| Size: 6 Meters / 150mm (3mm) | Treatment: HDG + Powder Coated | |
Order NO: EA-N80W
| LED Light Fixture | |
|---|---|
| Power & Flux: 80W / >10800lm | Color Temp: 6000K |
| LED Type: 248nos Philips SMD3030 | Beam Angle: 145*83° |
| ☀️ Solar Panel | |
| Spec: 110W * 2pcs (MONO) | Peak Vol & Cur: 18V 6.1A |
| ️ Wind Turbine | |
| Power: 500W Helix (2 Blades) | Generator: 3-Phase AC Maglev |
| Start/Rated Speed: 1.3m/s / 13m/s | Blades Height: 1.5m |
| Battery & Controller | |
| Capacity: 1080WH 24V | Lifetime: >2500 Cycles |
| Steel Pole | |
| Size: 8 Meters / 165mm (3mm) | Treatment: HDG + Powder Coated | |
To guarantee structural integrity under extreme weather conditions (up to Level 12 typhoons), our engineering team strictly follows aeromechanical calculation processes for every lighting pole design:
Calculated using the fundamental fluid dynamics equation:
ρ = Air density (approx. 1.225 kg/m3)
V = Design peak wind speed (m/s)
Determining the actual force applied to the pole structure:
EPA = Effective Projected Area of fixtures
Cd = Drag Coefficient (Optimized to 1.0 - 1.2 for polygonal poles)
Critical for selecting Q235B/Q345B steel thickness and base plate dimensions:
H = Height from base to the center of the applied force.
Ensuring zero risk of overturning under dynamic loads:
Deep concrete pouring where the foundation depth (Df) is at least 1/6th of the total pole height.
