Project Background

The Overall Relocation (Phase II) Construction Project of Du'an Yao Autonomous County People's Hospital is a key project for upgrading the local medical infrastructure, covering critical links such as the installation of mechanical and electrical systems as well as fire-rated doors and windows. This project adopts the EPC (Engineering, Procurement, Construction) general contracting mode, which includes the supply and installation of materials for the high-voltage and low-voltage power distribution systems. The equipment involved includes an 800KVA box-type substation, GCS-type low-voltage withdrawable complete switchgear, and KYN28-12 type armored withdrawable AC metal-enclosed switchgear. The project aims to provide stable and reliable power support for the hospital.

Customer Pain Points

The hospital's power system requires high reliability; any power outage or unstable power supply may affect the normal operation of medical equipment and even endanger patient safety.

Traditional power distribution equipment has limitations in spatial layout, operation and maintenance convenience, and intelligent management, making it difficult to meet the electricity demand of modern hospitals.

The hospital environment imposes extremely high requirements on the equipment's protection level, safety performance, and long-term stability; power supply interruptions caused by equipment failures must be avoided.

The power distribution system needs to have good expandability to cope with future expansion of medical equipment or increased power load.

Solution Proposition

Adopt KYN28-12 type armored withdrawable switchgear, which features high reliability, strong insulation performance, and a complete five-proof interlocking function. It ensures the safety and stability of high-voltage power distribution and complies with national standards such as GB 3906.

Configure SWGCS-type low-voltage withdrawable complete switchgear. Its modular design supports flexible expansion, facilitates later maintenance and adjustments, and meets the hospital's needs for low-voltage power distribution and motor control.

Integrate high-voltage and low-voltage power distribution units through the 800KVA box-type substation, optimizing spatial layout, reducing the complexity of on-site installation, and improving overall power supply efficiency.

All equipment complies with national and industry standards, has good environmental adaptability and long-term operation stability, and is suitable for the hospital's 24/7 continuous power supply scenario.

Customer Value

Improve power supply reliability, ensure the continuous and stable operation of medical equipment, and reduce the risk of interruption to medical operations caused by power issues.

The modular and standardized design lowers the difficulty of later operation and maintenance, shortens fault handling time, and reduces maintenance costs.

The equipment has a high protection level and strong environmental adaptability, making it suitable for the hospital's special environment and extending its service life.

The system has good expandability, supporting the hospital's future needs for increased power load or equipment expansion, and avoiding redundant investment.