Installation of evoLIGHT operating lights for a perinatal center

Detailed Problem Description

Prior to the project implementation, the hospital relied on a cylinder-based oxygen supply system. This created several issues:

• Supply Instability. During peak loads, delays in oxygen cylinder deliveries occurred, posing risks to intensive care units and operating theaters.

• High Dependency on Logistics. Daily transportation and replacement of cylinders required additional resources, specialized vehicles, and dedicated staff.

• Financial Losses. Constant procurement, transportation, and maintenance of cylinders increased overall operational costs.

• Safety Concerns. Storing a large number of high-pressure cylinders on the hospital grounds increased the risk of emergencies.

• Limited Autonomy. In the event of supply chain disruptions, the hospital only had enough oxygen reserves for a few days.

These factors complicated the work of medical staff and threatened the continuity of the treatment process. Consequently, the facility's management decided to switch to an autonomous oxygen generation system, implemented in partnership with Medion Group.

Client Goals and Expectations

The hospital management sought to move from dependency on external oxygen suppliers to a fully autonomous system that would guarantee an uninterrupted supply of medical gases under any conditions.

Main project goals:

• Ensure a continuous oxygen supply for all hospital departments, including intensive care units and operating theaters.

• Reduce logistics and cylinder procurement costs by optimizing operational processes.

• Increase safety levels by minimizing risks associated with cylinder storage and transportation.

• Comply with modern medical infrastructure standards and Ministry of Health requirements.

• Implement an energy-efficient and easy-to-maintain solution ensuring stable system operation for many years.

The client's expectations were that following project implementation, the hospital would become independent of external factors, have power reserves for peak loads, and achieve a long-term reduction in operational costs.