Innovative Technologies and Patents of Aquaculture

– A+ level SPF shrimp breeding stock reproduction technologies
– AI intelligent system management, underwater growth monitoring, and automated feeding system
– Patent on the Anti-Disease Solar Aquaculture System
– Patent on floating-platform multi-purpose power generation systems
– Patent on the Remote and Aquaculture Pond Bottom Monitoring Systems
– Patent on the 3D Biological Filtration System

Our Patented Aquaculture Technologies for Our Floating-Platform Multi-Purpose Power Generation Systems

◎We initiated the composite systems suitable for the combination and harmonious coexistence of photovoltaics and biology. Different from the water-surface solar panels that companies commonly use, our systems are based on environment befriending and feature diversity and diversification.

◎The systems can be set up on rivers, lakes, and aquaculture ponds with the covering rate limited to 40%. This is easy for them to generate currents and establish the best aquaculture environments and ecosystems.

◎We received many patents on our designs for our systems, such as our floating body devices. Our systems consist of high-strength steel costruture, special plated coating, and materials that resist marine corrosion.

Light Weight

High Strength

Convenient Operation

Tight Connectivity

A Comparison of Floating-Platform Power Generation Systems

Common Solar Companies’ Water-Surface Type

Sunny Rich Group’s Patented Type

Structural Characteristics

Structural Characteristics

Unfavorable for Aquaculture (Bottleneck in Aquaculture):

‧It blocks the water flow, makes it difficult for the pool body to exchange air, and thus causes insufficient dissolved oxygen in the water.

‧It is unfavorable for ecological and biological survival: After its solar panels are laid, it almost completely blocks sunlight from reaching the area.

‧Its structural strength is worrying because our country has long periods of daylight and frequent strong typhoons.

◎Favorable for Aquaculture:

‧It has high sunlight transmittance and increased spaces for air circulation.

‧Its floating structure occupies low percentage of water surfaces.

‧Its floating structure has low flow blocking rate and is equipped with circulating water intelligent monitoring.

‧Its aquaculture production is increased.

‧It stabilizes the temperature of the pond water and slows down the evaporation of natural lakes and aquaculture ponds.

Main Application: Solar Power Generation (Focused on Power Generation Efficiency)

Fast Assembly:

Engineering plastic materials; direct connection between bases

The Mainstream Water-Surface Solar Photovoltaic System at Present:

Taking low price as the main competitive advantage

Main Application: Achieving Both Solar Power Generation and Aquaculture

◎Environmental Protection Floating Body Designs of 3Rs: Recycle、Reuse、Reduce

◎Green Energy Design for Oxygen in Water: Point-shaped floating bodies and solar wind-driven oxygenation systems

◎Intelligent Aquaculture Design: Remote monitoring systems and intelligent and automated aquaculture systems

◎Anti-Typhoon Design: Chain structures and wind-disturbing walkways of high structural strength and safety

◎Aisle Design: Strengthening the designs for maintenance personnel’s walking safety

◎Landscape Design: Merging into local cultural landscape designs and achieving the purpose of education in entertainment

A Comparison of Floating-Platform Power Generation Systems

Common Solar Companies’ Water-Surface Type

Structural Characteristics

Unfavorable for Aquaculture (Bottleneck in Aquaculture):

‧It blocks the water flow, makes it difficult for the pool body to exchange air, and thus causes insufficient dissolved oxygen in the water.

‧It is unfavorable for ecological and biological survival: After its solar panels are laid, it almost completely blocks sunlight from reaching the area.

‧Its structural strength is worrying because our country has long periods of daylight and frequent strong typhoons.

Main Application: Solar Power Generation (Focused on Power Generation Efficiency)

Fast Assembly:

Engineering plastic materials; direct connection between bases

The Mainstream Water-Surface Solar Photovoltaic System at Present:

Taking low price as the main competitive advantage

Sunny Rich Group’s Patented Type

Structural Characteristics

◎Favorable for Aquaculture:

‧It has high sunlight transmittance and increased spaces for air circulation.

‧Its floating structure occupies low percentage of water surfaces.

‧Its floating structure has low flow blocking rate and is equipped with circulating water intelligent monitoring.

‧Its aquaculture production is increased.

‧It stabilizes the temperature of the pond water and slows down the evaporation of natural lakes and aquaculture ponds.

Main Application: Achieving Both Solar Power Generation and Aquaculture

◎Environmental Protection Floating Body Designs of 3Rs: Recycle、Reuse、Reduce

◎Green Energy Design for Oxygen in Water: Point-shaped floating bodies and solar wind-driven oxygenation systems

◎Intelligent Aquaculture Design: Remote monitoring systems and intelligent and automated aquaculture systems

◎Anti-Typhoon Design: Chain structures and wind-disturbing walkways of high structural strength and safety

◎Aisle Design: Strengthening the designs for maintenance personnel’s walking safety

◎Landscape Design: Merging into local cultural landscape designs and achieving the purpose of education in entertainment

Sunny Rich Conducts Experiments with the Fisheries Research Institute

Sunny Rich’s dual-purpose water-surface aquaculture system is a combination of photovoltaics and aquaculture. We introduced intelligent aquaculture technology into it with the expectation that it would increase our aquaculture production and income.

Sunny Rich and the Fisheries Research Institute tried to conduct milkfish aquaculture experiments with this system. We simulated a 40% coverage rate and simultaneously compared the water quality environments. The final result showed that the water quality environment of the aquaculture ponds using this system was stabler. The system not only reduced the temperature changes of the pool water but provided good water quality conditions for milkfish’s stable growth.

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