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Wanze Energy Smart Dual Axis Solar Tracker Carport 5.2kWp Integrated EV Charging Station With 10kWh Battery Storage for Commercial Parking Lots

Wanze Energy Smart Dual Axis Solar Tracker Carport 5.2kWp Integrated EV Charging Station With 10kWh Battery Storage for Commercial Parking Lots photo-1
Wanze Energy Smart Dual Axis Solar Tracker Carport 5.2kWp Integrated EV Charging Station With 10kWh Battery Storage for Commercial Parking Lots photo-2
Wanze Energy Smart Dual Axis Solar Tracker Carport 5.2kWp Integrated EV Charging Station With 10kWh Battery Storage for Commercial Parking Lots photo-3
Wanze Energy Smart Dual Axis Solar Tracker Carport 5.2kWp Integrated EV Charging Station With 10kWh Battery Storage for Commercial Parking Lots photo-4
Wanze Energy Smart Dual Axis Solar Tracker Carport 5.2kWp Integrated EV Charging Station With 10kWh Battery Storage for Commercial Parking Lots photo-5

Product Spotlights

Eos² – Smart Solar Carport

All-in-one solution: 5.2kWp HPBC bifacial solar + dual-axis tracking (0.17° precision) + 10kWh LiFePO₄ battery + 7kW EV charger + smart LED lighting. Generates 30-40% more energy than fixed systems. Self-locking slew drives withstand typhoons (32.7m/s). Single-pole design, 25-year lifespan, APP remote control, storm stow in
US$ 3686.73 - 16958.93 MOQ: 1 Unit
Key Specifications
Get Latest Price
Warranty:
5
After-sales Service:
Yes
Brand name:
Wanze Energy
Payment & Shipping
Payment Methods:
Port of Shipment:
Tianjin
Delivery Detail:
60 days
Warranty 5
After-sales Service Yes
Brand name Wanze Energy
Model number Eos2
Origin Chengde, China

The Eos² is a next-generation intelligent tracking solar carport that integrates photovoltaic power generation, dual-axis sun tracking, lithium battery storage, electric vehicle charging, and smart LED lighting into a single, elegant structure.
Designed by Beijing Wanze Hongsheng Technology Co., Ltd., this innovative system represents a significant advancement in distributed clean energy solutions for residential and commercial applications.

At the heart of the system is a 5.2 kWp HPBC 2.0 bifacial photovoltaic array mounted on a single-pole cantilever structure, covering approximately 23 square meters to accommodate two standard parking spaces. Unlike conventional fixed solar carports, the Eos² employs dual-axis tracking with ≤0.17° precision, following the sun's path throughout the day to capture 30–40% more solar energy than fixed installations. Two industrial-grade SDE7A-57MHD worm-gear slew drives provide reliable, self-locking motion control with 34,000 N·m holding torque, ensuring safe operation even during extreme weather conditions.

The flagship Ultra version features a 10 kWh LiFePO₄ battery system with advanced BMS, delivering 9.2 kWh of usable energy for EV charging, lighting, and critical loads. The integrated 7 kW AC charging pile (upgradeable to 11 kW three-phase) incorporates smart energy management with PV-priority charging, off-peak grid optimization, and load balancing to maximize self-consumption and minimize electricity costs.

The system is built for durability and low maintenance, with a 25-year design life, typhoon-level wind resistance (≥32.7 m/s), seismic rating of Magnitude 8 (0.2g), and ISO 12944 C4 corrosion protection. SmartTrack™ 3.0 algorithm, cloud connectivity, and mobile APP provide real-time monitoring, remote control, and over-the-air updates. 

The intelligent LED lighting system with PIR motion sensing, ambient light control, and programmable schedules ensures energy-efficient illumination only when needed.

Whether for residential villas, commercial parking lots, hotels, office campuses, or off-grid applications, the Eos² delivers clean energy, EV charging convenience, weather protection, and aesthetic appeal all in a single, self-sufficient system that reduces carbon emissions by approximately 5.3 tons annually while generating significant long-term financial returns. 

Backed by a 5-year system warranty and global technical support, the SolarWing™ sets a new standard for integrated solar infrastructure.

Main Technical Parameters

Parameter Value Remarks
PV Rated Power 5,200 Wp 8 × 650W modules
PV Module Type HPBC 2.0 BC Bifacial Double-Glass 24.1% efficiency
Bifacial Factor 70 ± 5% Rear-side gain 10–25%
Inverter Rated Power 5,000 W Single-phase 220V grid-tied
Inverter Max Efficiency 98.1% China weighted 96.9%
Storage Rated Capacity 10 kWh (9.0 kWh usable, 90% DOD) LiFePO₄ – 6,000 cycles
Charging Pile Rated Power 7 kW Single-phase 32A, upgradeable to 11kW 3-phase
Tracking Method Dual-axis (azimuth + elevation) Worm gear slew drive
Slew Drive Model SDE7A-57MHD-24RC-1202 × 2 units Changzhou Hangtuo
Azimuth Travel ±180° (continuous 360°) Full rotation
Elevation Travel 0° ~ 90° Horizontal to vertical
Slew Drive Rated Torque 7,500 N·m Per unit
Slew Drive Max Torque 13,680 N·m Per unit (short-term)
Slew Drive Holding Torque 34,000 N·m Self-locking when powered off
Tracking Accuracy ≤ 0.17° Closed-loop control
PV Array Size 4,800 × 4,800 mm
Total Height (array horizontal) 4,600 mm
Under-canopy Clearance (horizontal) 2,900 mm
Shading Area ≈ 23 m² 2 parking spaces
Parking Spaces 2 Standard
Total Lighting Power ≤ 60 W LED
Lighting Control PIR + ambient light + timer + remote Full flexibility
Design Wind Speed ≥ 32.7 m/s (Typhoon Level 12)
Seismic Resistance Magnitude 8 (0.2g)
Operating Temperature -30°C ~ +60°C
Design Life 25 years
Warranty 5 years Entire system


 
PV Array Layout

Parameter Data
Array Frame Outer Dimensions 4,800 × 4,800 mm
Module Arrangement Portrait, 2 rows × 4 columns
Array Coverage Area 4,764 × 4,536 mm
Effective Light-Receiving Area 21.6 m²


Dual-Axis Installation Configuration

Item Azimuth Axis Elevation Axis
Drive Object Array horizontal rotation Array tilt adjustment
Installation Position Top of column flange, vertical Between azimuth turntable and array frame, horizontal
Travel Range ±180° (continuous 360°) 0° ~ 90°
Input Flange Fixing Φ170 flange, 10 × M12 bolts to column top plate Φ170 flange to azimuth turntable connection frame
Output Flange Connection Φ190 to elevation adapter frame Φ190 to array frame center beam
Cable Feedthrough Use Motor cable + encoder cable pass through Motor cable + encoder cable pass through
Required Torque for Normal Tracking 800 ~ 1,200 N·m 500 ~ 800 N·m
Torque Margin (rated/actual) 6.3 ~ 9.4× 9.4 ~ 15×
Bolt Specification M12, Grade 10.9, torque 100 N·m


Tracking Modes and Intervals

Mode Tracking Interval Application Scenario
High Efficiency 60 s Clear sky, full sun tracking
Standard 120 s Partly cloudy
Energy Saving 300 s Overcast or shade mode
Fast Response 30 s Rapid cloud changes
Fixed Angle No tracking Manual fixed or special conditions

Smart Charging Strategies

Strategy Description
PV Priority EMS detects PV surplus power, automatically adjusts charging output to follow PV generation ("generate what you charge")
Off-Peak Priority Built-in time-of-use tariff table, charges from grid during low-tariff periods when PV/storage insufficient
Storage-to-Vehicle Battery discharges to charging pile at night, supplying daytime PV power to vehicle
Load Management Monitors total household power, reduces charging power when approaching capacity limit to avoid overload

PIR Sensor Parameters

Parameter Value
Detection Method Passive infrared pyroelectric
Detection Angle 120°
Detection Distance ≤ 5 m
Installation Height 2.9m (under array frame)
Protection Rating IP65
Operating Temperature -20°C ~ +50°C
Delay Range 30-300 s (programmable)

Load Design Parameters

Load Type Standard Value Remarks
Snow Load ≥ 0.6 kN/m² (customizable 1.0)
Basic Wind Pressure 0.7 kN/m² (customizable 1.0)
Design Wind Speed ≥ 32.7 m/s (Typhoon Level 12)
Seismic Resistance Magnitude 8 (0.2g)
Dead Load (Array) ≈ 524 kg Includes modules + frame + 2 slew drives + adapter frame

System Operating Modes (All Modes)

Mode Trigger Condition Action Exit Condition
High Efficiency Generation Ambient light ≥ 50 W/m² and parking space empty SmartTrack™ 3.0 dual-axis tracking (60s interval), inverter full power grid output, surplus stored in battery, lighting standby Vehicle enters, or light
Smart Shade Vehicle detected by ground sensor or PIR Controller calculates optimal shade angle (15°–45°) within 3s, adjusts array to maximize vehicle coverage (≥95%), inverter continues output (reduced power) Vehicle leaves, no signal for 30s, resumes tracking
Extreme Weather – High Heat (with vehicle) Ambient temperature ≥ 38°C and vehicle present Array moves to 10°–15° for maximum shade Temperature drops or vehicle leaves
Extreme Weather – Heavy Rain Rainfall intensity ≥ 10 mm/h Array moves to 25°–30° for accelerated drainage Rain stops
Extreme Weather – Heavy Snow Snow accumulation sensor ≥ 3 cm Array moves to 45°–60° + low-frequency vibration for snow removal Snow cleared
Extreme Weather – Hail Weather hail warning Array moves to 30° protection angle Warning lifted
Extreme Weather – Typhoon/Hurricane Wind speed ≥ 17 m/s or weather typhoon warning Array stows flat to 0°–5° within 60s, pin-type mechanical lock engages Wind speed drops
Night Silent Ambient light Array stows flat 0°–5°, worm gear self-lock holds, motor powered off, controller low-power standby ( Next day light ≥ 50 W/m², controller wakes, array turns east
Off-Grid Emergency Grid power failure Battery supplies critical loads via off-grid inverter, switchover lighting > charging pile (reduced power). PV continues charging battery via MPPT Grid restored
Demo / Display Manual activation via APP or panel button Slew drives accelerate to simulate 12-hour sun trajectory, full 360° demonstration. Lighting synchronized light show (gradient, breathing, color changes). Safety sensors active, auto-slowdown/stop if personnel too close Manual deactivation
Product Tags: Sun-tracking Carport , Dual Axis Solar Tracking Carport

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Verified Business License
Business Type
Manufacturer
Year Established
2019
Port of Shipment
Tinjin
Main Markets
North America, South America, Eastern Europe, Southeast Asia, Africa, Oceania, Mid East, Eastern Asia, Western Europe, Central America, Northern Europe, Southern Europe, South Asia, Domestic Market

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