Turnkey Contracting (Health Management Center)

Project Name

Guangxi Jinxiu International Yao Medicine Hospital Project (EPC) Turnkey Contracting (Health Management Center)

Product Applied

SWGCS-type Low-Voltage Withdrawable Complete Switchgear

I. Project Background

The Guangxi Jinxiu International Yao Medicine Hospital is a key government-led medical project (investment of 760 million CNY), constructed by the Jinxiu Yao Autonomous County Urban Construction Investment Co., Ltd. It is positioned as a modern comprehensive hospital integrating medical treatment, rehabilitation, and health management. As a core functional area, the Health Management Center requires a high-precision power supply for large medical equipment (such as MRI, CT) and must comply with stringent standards for medical buildings, including 24/7 uninterrupted power supply and low voltage fluctuations. The EPC turnkey model requires integrated planning from design through to operation and maintenance, demanding a power distribution system that balances reliability, scalability, and whole-life cycle cost control.

II. Customer Pain Points

Medical Power Supply Continuity Challenge: Areas like operating rooms and ICUs have "zero" tolerance for power outages. Fault repair in traditional fixed switchgear requires a full line power cut, posing an unacceptable risk.

EPC Coordination Efficiency Bottleneck: Complex multi-disciplinary interfaces (e.g., coordination with medical gas systems, purified air conditioning) are hampered by the poor scalability of traditional distribution cabinets, where design changes easily lead to rework.

Equipment Degradation in Humid/Tropical Environment: Jinxiu's average annual humidity exceeds 85%, making condensation likely and potentially causing electrical short circuits. Corrosive anti-condensation coatings are prohibited in medical facilities.

Whole-Life Cycle Cost Pressure: Government-funded projects require strict cost control, but medical equipment expands year by year, necessitating a power distribution system that allows for "single planning, phased deployment."

III. Proposed Solution

Core Product: SWGCS-type Low-Voltage Withdrawable Complete Switchgear

Modularity Meets EPC Flexibility Needs:

32 main circuit schemes cover all scenarios within the Health Management Center (lighting / medical equipment / life support systems).

Drawer unit hot-swappable design allows for adding equipment by expanding only a single circuit, avoiding system renovation shutdowns.

Medical-Grade Power Supply Reliability Enhancement:

Dual circuit breaker redundant protection, short-circuit breaking capacity 50kA (exceeding GB7251 national standard requirements by 30%).

Millisecond-level ATS automatic transfer switching ensures "zero interruption" for ICUs/operating rooms.

EPC Full-Process Adapted Design:

Cabinet depth of only 600mm (40% reduction compared to traditional cabinets) reserves space for purified air conditioning ducts, reducing interdisciplinary clashes.

Pre-equipped Modbus communication interfaces enable direct integration with the hospital's Building Automation system, lowering later-stage intelligent upgrade costs.

Environmental Adaptability Specific Optimizations:

Anti-Condensation Technology: Internal temperature & humidity sensors + automatic heating device, activates when humidity >85% (matching product operating range of -15°C to +40°C).

Anti-Corrosion Structure: Aluminum-zinc coated steel plate base material (salt spray test resistance >1000 hours), prevents electrochemical corrosion in humid environments.

IV. Customer Value

Whole-Life Cycle Cost Savings:

Reduced distribution room area by 30㎡ during EPC design phase (approximately reducing civil engineering costs by 120,000 CNY).

Phased expansion capability avoids repeated investment, projected to save over 500,000 CNY in later renovation costs.

Medical Operational Risk Control:

Drawer unit fault replacement within 15 minutes (compared to 4-hour outage for traditional cabinet repair), reducing annual outage losses by 90%.

Voltage fluctuation ≤ ±1.5% (superior to the national standard of ±5%), protecting precision medical equipment circuit boards.

EPC Project Efficiency Improvement:

Standard modular design shortens power distribution system commissioning cycle by 40% (actual measurement reduced from 14 days to 8 days).

Pre-commissioned complete cabinets before shipment reduce on-site installation man-hours by 50%.

Long-Term Reliable Operation & Maintenance:

Cabinet structure offers 10-year maintenance-free operation (verified per JB/T9661 standard).

Smart energy meter enables remote energy consumption monitoring, reducing O&M labor costs by 35%.