End-to-end power supplysolution

Provide one-stop services from evaluation to deployment

Complete power supply solution

We provide a complete system solution from energy harvesting, storage to management. According to the power consumption of your device, working cycle (such as intermittent operation / continuous operation) and the lighting conditions at the deployment site, we configure the optimal solar panels, energy storage batteries (lithium battery / lithium iron phosphate battery, etc.) and intelligent power management modules for you to ensure that the device can operate stably even on rainy and cloudy days.

Obtain energy

Solar panel

Customize special shapes (arc-shaped, cylindrical, fan-shaped, ring-shaped, etc.).

energy storage

Battery

Lead - acid batteries, lithium iron phosphate batteries, ternary lithium batteries.

Energy management

BMS

Ensure the safe, efficient and reliable operation of the battery pack

Internet of Things

Data center

Data visualization allows clear understanding even at a distance.

Solar panel customization

Break the limitations of shape and curvature

We focus on providing customized services for non-standard, curved, and irregular-shaped solar panels for customers. By leveraging advanced flexible solar cell technology and encapsulation processes, we can directly attach solar panels to the outer casings of your IoT devices, curved surfaces, or any irregular surfaces, maximizing the utilization of available space for energy harvesting and achieving an integrated design of device appearance and functionality.

Core technology

Flexible substrates, ultra-thin packaging, weather resistance treatment.

Customize the range

Shape, size, curvature, output power, interface type.

energy storage

Lead - acid battery

Advantages: Mature manufacturing technology, low cost, safety and reliability. Environmentally friendly and recyclable.
Disadvantages: very bulky, takes up a lot of space, and has a short cruising range.

Lithium iron phosphate battery

Advantages: Safe, stable, long service life, and slow performance degradation in high-temperature environments.
Disadvantages: very bulky, takes up a large amount of space, and has a significant decline in low - temperature performance.

Ternary lithium battery

Advantages: lightweight, more energy storage, and better discharge performance in low-temperature environments than lithium iron phosphate batteries.
Disadvantages: High cost. When used in a high-temperature environment for a long time, the capacity decays relatively quickly.

Energy management

BMS, short for Battery Management System, is the core hub connecting batteries and electrical devices. Its main responsibility is to ensure the safe, efficient, and reliable operation of the battery pack and extend its service life as much as possible.

Fault protection and alarm

When the following dangerous situations occur, the BMS will immediately cut off the circuit (by controlling the relay/contactor) and issue an alarm.

Balanced management

Make the voltage of all battery cells consistent through technical means to improve the available capacity and lifespan of the entire battery pack.

Stable output

Smooth the output fluctuations of intermittent energy sources such as photovoltaic and wind power.

Backup power management

When there is a power outage in the power grid, automatically switch to the energy storage system for power supply.

Composition of the Solar Power Supply System

The intelligent solar power supply system solution launched by the Youdianda team with years of industry experience further integrates and innovates the green power solutions in the industry in aspects such as improving power generation efficiency and integrating management systems.

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