The photovoltaic sunflower is a movable and adjustable photovoltaic
energy storage system. Using the global positioning tracking algorithm
it can track the sun's path throughout the day. Even in cloudy weather
the sunflower leaves can track the sun's position and perform horizontal
and vertical movements, which ensures that the photovoltaic flower always
maintains the optimal power generation angle with the sun.
The power generation can beincreased by 40%

Dual-axis automatic tracking

24-hour status of the dual-axis sun-tracking photovoltaic flowe

When the sun rises in the morning, the sunflower will adjust from a flatstate to an inclined angle and start absorbing energy by setting the leavesat a 90-degree angle to the light.

At night, thelblades "return to the sleeping state" until they are level at the top, Or when the strong wind makes the operation unsafe, the blades will also be leveled at the top to prevent damage from strong winds.

The Rotation Trajectory of the Biaxial Photovoltaic Sunflower Video

Demonstration of On - site Debugging at the Project Installation Site

Dynamic Real - scene of Dual - axis Sun - tracking Photovoltaic Flower

Resting state

Running state

Lighting state

Remote or onsite maintance,
 convenience beyond the platform

IoT Smart Control System

Paired with a remote real - time monitoring system, the customer service can observe the operating status of the product in real - time online, precisely regulate and handle it in real - time.

  • Utilizing IoT for fault analysis and diagnostics, enabling remote commission and maintance

    The IoT data collection module enables real - time remote data transmission.

  • The TCU features Bluetooth for convenient on-sitecommission via a mobile app

    The data is accurate, and the device status can be checked anytime and anywhere.

  • Equipped with an intuitive graphical user interface and MapView to help operators monitor the site in real-time

    Faults are alarmed in real - time, and remote debugging and maintenance are available.

Photovoltaic Sunflower Wiring Diagram | Data Parameters

Intelligent Control System Architecture

Application Scenario Display

  • This diagram shows the system application scenarios of this product. A complete system consists of the following parts:
    1. Solar modules: convert solar energy into DC power, charge the battery through an all-in-one machine, or directly invert it into AC power to supply power to the load.
    2. Utility power or generator: Connect to the AC input terminal, which can supply power to the load and charge the battery at the same time. If the utility power or generator is not connected, the system can still operate normally. At this time, the load is powered by the battery and photovoltaic modules.
    3. Energy storage battery: The function of the energy storage battery is to ensure the normal power consumption of the system load when the solar energy is insufficient or there is no utilitypower.
    4. Household loads: Various household and office loads can be connected,including AC loads such as refrigerators, lamps, televisions, fans, and air conditioners. Inverter: The energy conversion device of the entire system.

Low - carbon Landscape Facilities Zero - carbon/Clean Energy Demonstration

  • The photovoltaic sunflower shapes the photovoltaic panels into flower forms. It has an elegant shape and high aesthetic appeal, without spoiling the overall beauty of the environment. Moreover, it can be equipped with night - lighting lamps. It generates electricity during the day and provides illumination at night, capable of replacing some urban streetlights and achieving low - carbon transformation.

  • For clean energy solar power generation, it is self - generated and self - used, without the need to connect to the grid, realizing low -carbon/zero - carbon energy consumption.

  • A 1200W standard product can generate 4 - 5 kWh of electricity per day. It can not only meet the power consumption of the device itself but also supply power to surrounding devices.

Parameters of Dual - axis Photovoltaic Flower

Model: WZG - 1200 - SG

Spatial dimensions: 3600mm*3600mm*3490mm

Petal diameter: 3600mm

Maximum Input Voltage: 500V

MPPT Voltage Range (V): 50 - 450

Number of petals: 10 pcs

Column height: 2.8m

Rated input voltage (V): 360

Rated output power (W): 3,000

Solar module: 1200W - 3000W

Daily power generation: 5 kWh

Grid - connection Standard: NBR16149/NBR16150

Safety Standard: IEC62109

Note: This diagram takes the 1200W photovoltaic flower as an example

Photovoltaic Sunflower Cases

Dual-Axis/Triple-Axis Tracking Systems & Photovoltaic Flower Variant Products

Dual-axis PV sunflowers project

  • In June 2023, Wanze Energy Photovoltaic Sunflower was unveiled at Shenzhen North

Dual-axis PV sunflowers project

  • In June 2023, Chengde Wanze Energy installed 5 dual-axis photovoltaic sunflowers

Dual-axis PV sunflowers Project

  • In November 2023, Jiangsu Suzhou Natural Gas Pipeline Network Company installed

Dual-axis PV sunflowers project in Hebei

  • In June 2023, Chengde Wanze Energy installed 5 dual-axis photovoltaic sunflowers

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