The development of SOLAR FLOATING PLATFORM s aims to address the challenge of insufficient land resources in many countries, which cannot accommodate large-scale photovoltaic power plants.

We use elastic composite materials to encapsulate photovoltaic cells and anchor them on structurally diverse composite floats. These floating platforms are designed for easy maintenance and allow users to freely walk on them. The modular SOLAR FLOATING PLATFORM can be efficiently assembled into a huge offshore solar power plant, providing a new opportunity for fully utilizing solar power generation.

Therefore, ABES has created a proprietary solution aimed at preventing barnacles from attaching to the bottom of the floating platform. This breakthrough innovation minimizes the maintenance requirements for ABES solar floating platforms.

In Hong Kong, land is considered a scarce and precious resource. Therefore, the related costs of developing large-scale photovoltaic power plants are very high in the region. To address this issue, ABES has been actively promoting the use of modular SOLAR FLOATING PLATFORM s to facilitate offshore photovoltaic installations.

Although Hong Kong and some other countries have long coastlines that are very suitable for the construction of offshore photovoltaic power plants, the glass encapsulated solar panels used in these facilities are easily damaged in wind and waves.

In order to seize an important share of the offshore photovoltaic market, ABES has developed modular solar floating platforms. This technology is based on the COMPANY 's unique composite packaging method, which can effectively protect solar panels from damage caused by adverse weather conditions.