GHE is one of China's leading power engineering design and consulting firms. Over the years, we have adhered to the philosophy of "Heritage and Innovation, Excellence in Service," striving to provide comprehensive power design solutions to our clients.
Over the decades, GHE has amassed a wealth of project experience and technical expertise, successfully completing hundreds of national key power engineering projects. We uphold a rigorous, professional, and efficient work ethic, ensuring that every project meets the highest standards.
While we honor our traditions, we continuously pursue technological innovation. GHE boasts a highly skilled research and development team focused on cutting-edge areas such as smart grids, green energy, and new transmission and distribution technologies. We stay abreast of industry trends, actively driving the advancement and transformation of power design technologies.
GHE’s service offerings span power planning and consulting, transmission and distribution engineering design, distribution network optimization, and renewable energy power plant design. We provide end-to-end services, from preliminary feasibility studies to on-site construction guidance, ensuring smooth project implementation and efficient operation.
GHE has a team of experienced engineers and technical experts, with robust technical capabilities and extensive project experience.
We utilize and integrate internationally advanced design software and tools, employing modern design methods and techniques to ensure the scientific validity and feasibility of our design solutions.
The needs of our clients are the foundation and focus of our work. GHE consistently places customers at the center, offering personalized design solutions and high-quality services, earning widespread trust and praise.
GHE will continue to uphold the core philosophy of "Heritage and Innovation, Excellence in Service," enhancing our technical capabilities and service quality. We aim to become a global leader in power design consulting, contributing our expertise and efforts to sustainable development worldwide.
Regional power grid planning involves carefully considering key factors such as load forecasting, power source distribution, grid structure, transmission lines, and distribution network optimization to ensure the stability, reliability, and cost-effectiveness of the grid. By accurately predicting future power demand, strategically placing power sources and transmission lines, optimizing the grid structure, and enhancing grid redundancy and flexibility, we ensure efficient and reliable power transmission and distribution.
The planning process also emphasizes the integration of smart technologies and the promotion of green development by prioritizing the inclusion of renewable energy sources and reducing carbon emissions. Comprehensive economic analysis, compliance with national and local regulations, and coordination with stakeholders are essential to develop the optimal planning scheme, ensuring the long-term sustainable development and reliable operation of the regional power grid.
As a service provider for modern urban power grid planning and design, our company possesses unique features and advantages in consulting and designing urban transmission and transformation projects in China. We have accumulated extensive experience in urban substation design, particularly excelling in the consulting and design of indoor and underground substations, with core technologies and distinct advantages.
1. Space Utilization: Urban substation design must fully consider the limited availability of land resources. By implementing compact layouts and multi-layer designs, land use efficiency is maximized.
2. Environmental Integration: During the design process, it is essential to ensure the substation harmonizes with the urban environment, implementing measures to minimize noise, radiation, and other impacts on the surrounding area.
3. Aesthetic Design: The external design of the substation should coordinate with the cityscape, potentially incorporating architectural art to enhance urban aesthetics.
4. Safety and Reliability: Ensuring the safe operation and high reliability of the substation is crucial. Advanced equipment and technology should be used to enhance the substation's disaster resistance and stability.
5. Intelligent Management: Introducing intelligent management systems improves the operational efficiency and management level of the substation, enabling remote monitoring and automated operations.
1. Technical Expertise: Our company has a strong R&D team and extensive design experience, capable of providing high-quality design solutions.
2. Innovative Capability: In urban substation design, we continuously pursue technological innovation, adopting the latest design concepts and techniques.
3. Project Management: We have a comprehensive project management system that efficiently organizes and coordinates all aspects, ensuring projects are completed on time and with high quality.
4. Customer-Centric: Always oriented towards customer needs, we provide customized design solutions and superior services, earning widespread trust and praise from our clients.
Leveraging these advantages and characteristics, we are committed to providing safe, reliable, and aesthetically pleasing substation design solutions for modern cities, supporting the efficient operation and sustainable development of urban power grids.
The company's transmission business covers transmission projects ranging from 35kV to 1000kV. It has extensive design experience in urban power grid transmission design and outstanding capabilities in high-voltage cable design and research.
The company's transmission business covers transmission projects ranging from 35kV to 1000kV. It has extensive design experience in urban power grid transmission design and outstanding capabilities in high-voltage cable design and research.
In modern cities, the integration of renewable energy and the pursuit of low-carbon goals present significant challenges and opportunities for distribution network design. Ensuring reliable power supply while effectively utilizing green energy is a core task in distribution network design.
We prioritize selecting high-reliability power equipment that has undergone rigorous testing and certification. These devices offer excellent interference resistance and long lifespan, ensuring stable operation in various harsh environments. Particularly in high-load and critical areas, we employ redundant configurations and backup systems to ensure continuous and stable power supply.
We incorporate advanced intelligent monitoring systems to track equipment status in real-time. Through data collection and analysis, we can promptly identify potential faults and provide early warnings and maintenance, preventing sudden failures from affecting power supply.
During the design phase, we conduct extensive testing and validation of all key equipment and systems, including environmental adaptability, load testing, and fault simulation, to ensure their stability and reliability in practical applications.
We have extensive experience designing distribution networks in various terrains and environments, including city centers, high-density residential areas, and commercial districts. Our design team has a deep understanding of different power network needs and challenges and can develop optimal solutions based on actual conditions.
By accumulating experience from past projects, we continuously refine our design methods. Especially in large cities and high-load areas, we have numerous successful cases, enabling us to offer mature and validated solutions.
We maintain a leading position in technological innovation. By continuously tracking industry-leading technologies and standards, combined with our rich design experience, we make ongoing improvements in equipment selection, system integration, and network optimization to meet rapidly changing market demands.
We use standardized design processes and rigorous quality management systems to ensure that every project’s design and implementation meet the highest industry standards. This standardization enhances the reliability and reproducibility of our designs.
Our design team comprises experienced engineers and technical experts who work closely with equipment suppliers and construction units. This collaborative approach ensures the feasibility of design solutions and the efficiency of implementation, further enhancing equipment reliability and stability.
Through these unique approaches and technological advantages in equipment reliability, stability, and extensive experience, we are committed to providing efficient and reliable distribution network design for modern cities, supporting sustainable development and green city goals.