Healthcare electrical infrastructure and biomedical continuity
Medical rooms, medical IT earthing system, backup power for operating theatres, coexistence with biomedical equipment: EOS Électricité designs healthcare electrical infrastructure aligned with the continuity and safety requirements of healthcare facilities.
Hospital electrical work is inseparable from patient safety
An operating theatre, an intensive care unit or an imaging department relies on an electrical infrastructure whose requirements far exceed those of a commercial building: a specific earthing arrangement, backup power sized per usage, coexistence with biomedical equipment, continuity of service during works on an occupied site. EOS Électricité works within a demanding regulatory framework, in close dialogue with hospital technical services and biomedical teams, to design installations that are documented, tested and maintained.
Challenges of healthcare infrastructure
Occupied sites
Works on active sites requiring careful phasing and continuous coordination with clinical teams.
Medical earthing
Group 2 medical rooms require a dedicated IT earthing system, insulation monitoring and a specific architecture.
Biomedical
Electrical coexistence with biomedical equipment sensitive to disturbances.
Continuity
A prolonged outage on an operating theatre is not acceptable — backup power must be tested.
Electrical engineering aligned with the hospital vocabulary
We scope every project with the technical and biomedical services. The retained architecture aligns with the applicable standards for medical rooms and integrates the tolerable transfer times per usage, the redundancy of the backup source and the coexistence with sensitive equipment.
Technical expertise engaged
Medical IT system
Sizing, permanent insulation monitoring and alarm reporting adapted to group 2 rooms.
Medical UPS
UPS units dedicated to operating theatres and critical services, with tested autonomy.
Backup generators
Standby sources sized and tested under a documented programme.
Biomedical coexistence
Coordination with biomedical teams, management of disturbances and earthing.
Works on occupied sites
Phasing, temporary switchovers and reinforced safety to preserve continuity of care.
Typical applications
- Operating theatres and intensive care units
- Imaging and radiotherapy departments
- Emergency departments and critical care
- Extensions and refurbishments of hospitals and clinics
- Medico-social facilities with high technical density
Project methodology
Scoping
Dialogue with technical and biomedical services, mapping of rooms and usages.
Engineering
Choice of earthing regime, sizing of backup sources, biomedical coordination.
Design
Diagrams, drawings, calculation notes and testing procedures aligned with the medical standard.
Delivery
Phased works on the occupied site, with temporary switchovers and continuous coordination.
Commissioning
Testing, insulation measurements and validation with clinical and biomedical teams.
Support
Periodic testing, preventive maintenance and rapid response on critical components.
Benefits for a healthcare facility
Continuity of care
An architecture engineered so that works do not interrupt clinical activity.
Documented compliance
A complete dossier — drawings, notes, tests — aligned with the applicable standard.
Biomedical safety
Controlled electrical coexistence with sensitive equipment.
Tested transfers
Documented periodic tests that guarantee the real availability of the backup sources.
Single point of contact
An engineering team in direct dialogue with the hospital's technical services.
Responsiveness
Rapid response capability whenever continuity of care demands it.
Frequently asked questions
Scope your healthcare electrical infrastructure project
Tell us about your facility, the services concerned and the planned schedule. Our engineers come back with a suitable architecture.
An electrical incident affecting continuity of care? Our team is reachable 24/7.