31

2017

-

10

Beijing Aerospace Microsystem Research Institute and our company signed a strategic cooperation agreement

Autumn October, autumn is crisp, this is a fruitful harvest season.

On October 29, 2017, Beijing Aerospace Microsystems Research Institute signed a strategic cooperation agreement with our company in Xiamen. The main leaders attending the signing ceremony were Chen Dongsheng, director of Beijing Aerospace Microsystem Research Institute, Guo Zhanyu, assistant director of Beijing Aerospace Microsystem Research Institute, Chen Songhui, Secretary General of science and Technology Committee of China Aerospace Electronic Technology Research Institute, and Wei Yi, chairman of Xiamen Guanyu Technology Co., Ltd.

Beijing Aerospace Microsystem Research Institute is affiliated to China Aerospace Electronics Technology Research Institute, and has long been committed to the development and production of high-end aerospace equipment, weapon models and the development of aerospace technology application industry. After friendly consultation, the two sides agreed to reach a strategic cooperation framework agreement on the basis of policies in line with the national macroeconomic and regulatory policies, industrial policies and regional development, adhere to the principles of complementary advantages, mutual benefit and win-win, and equal priority, constantly expand the areas of cooperation, improve the level of cooperation, and build a new pattern of benign interaction and common development. The two sides will cooperate in four major areas: the establishment of an aerospace-Guanyu military-civilian collaborative innovation center, satellite applications, marine unmanned systems platform, and talent team building. After the meeting, the two sides held a strategic cooperation signing ceremony.

The successful signing of the contract between Guanyu Technology Company and the Microsystem Research Institute means that Guanyu Technology will cooperate more closely and deeply with the Microsystem Research Institute, and at the same time inject a new source into the new round of development of Guanyu Company.

Previous Page

European Environmental Association experts praise solar yacht

Next Page

Guanyu Technology Successfully Listed on the New Third Board

01

/

19

News

Eco-Friendly Energy On-the-Go: Movable Solar Umbrella Power Explained

Eco-Friendly Energy On-the-Go: Movable Solar Umbrella Power Explained Table of Contents 1. Introduction to Movable Solar Umbrella Power 2. Understanding Solar Technology 3. The Benefits of Movable Solar Umbrellas 3.1 Sustainability and Environmental Impact 3.2 Convenience and Portability 3.3 Versatility in Use 4. How Movable Solar Umbrellas Work 4.1 Components and Design 4.2 Energy Conversion Proc

01

/

14

News

Maximizing Energy Efficiency with a Balcony Solar System

A balcony solar system is an innovative solution designed to harness solar energy from compact spaces, making it ideal for urban dwellers and those with limited outdoor areas. This system consists of solar panels installed on a balcony or terrace, allowing homeowners to generate electricity from sunlight, which can be used to power household appliances, charge batteries, or even feed excess energy

01

/

09

News

Empowering Communities: Solar Panel Initiatives for Local Development

Empowering Communities: Solar Panel Initiatives for Local Development Table of Contents 1. Understanding the Importance of Solar Energy for Community Development 2. Key Benefits of Solar Panel Initiatives 3. Successful Solar Panel Projects Globally 4. How Solar Power Initiatives Foster Local Economies 5. Community Engagement and Education in Solar Projects 6. Challenges and Solutions in Implementi

01

/

04

News

Maximize Solar Efficiency with Solar Parasol Sun Tracking Systems

Solar energy has gained significant traction in recent years, and one of the key technologies that can optimize solar energy collection is the Solar Parasol Sun Tracking System. This innovative system is designed to enhance the efficiency of solar power installations by intelligently adjusting the position of solar panels throughout the day to follow the sun’s trajectory. The primary function of