Q＆A

The module itself is not toxic. Even when damaged during usage, it will not generate any toxicity nor cause harm to the environment. 

It needs to be cleaned regularly, if there is a lot of dirt on the surface of the module, it will affect the amount of sunlight reaching the module cells. This will lead to a decrease in power generation and shorten the life of the module. When cleaning, only water and a brush is needed.  

The module in use will not make noise, and the current itself is direct current, so there will be no harm from noise and electromagnetic waves.

The modules have been tested for wind pressure resistance and are installed on steel structures or aluminum brackets. The overall structure needs to be reviewed and certified by a structural technician to withstand the threat of typhoons. With proper design, construction and safety measures, the modules should be safely intact during a typhoon. 

The Ministry of Economic Affairs has stipulated in Article 17 of the "Administrative Measures for the Installation of Renewable Energy Power Generation Equipment" - that the installer should pay a certain amount of module recycling fees and submit it to the Environmental Protection Agency to establish a module recycling mechanism to properly manage retired solar modules.

Charging piles can currently be divided into three types: slow charging, fast charging and super charging.
The choice can be made based on personal needs and on-site environment.

Slow Charge
Powered by alternating current, the charging power is low.
Suitable for general household use or parking areas for more than 3 hours.
Advantages: Cheap, small, flexible, low installation power requirements.
Disadvantages: Slow charging speed.

Fast Charge
Powered by DC power, the charging power is high.
Suitable for short-term parking areas, such as shopping malls, restaurants, etc.
Advantages: Fast charging speed, two charging interfaces provided.
Disadvantages: Slightly more expensive, higher power requirements for installation.

Super Charge
Powered by DC power, the charging power is high.
Suitable for instant power replenishment stations, such as gas stations, etc.
Advantages: fast charging, two charging interfaces, and two-way output.
Disadvantages: Expensive, bulky, high power requirements for installation.

Personal electricity meters can only be installed with low-power slow charging charging piles, which are suitable for home use. The electricity meters are concentrated and close to the parking spaces.

For public electricity meters, the balance of the contract capacity determines the specifications and quantity that can be installed. It is suitable for units with centralized management needs, or for users with scattered individual electricity meters. The higher the electricity consumption, the cheaper the cost per kilowatt hour.

It can request power independently and has high scalability. It can solve the problem of insufficient power supply in one go. It is suitable for users who want to install high-power charging piles or deploy a large number of charging piles.

Energy storage batteries sourced from our supplier are lithium iron phosphate batteries. The energy density of the lithium iron phosphate battery is lower than that of ordinary lithium-ion batteries, but it has better safety, longer life, and is more resistant to high temperatures, so It is much safer than the lithium ternary used before and can be used with peace of mind.