Review of the project situation	
Description of influencing factors and 
characteristics of the project at the project start	
Type of building use			
e.g. office, school, hotel, multi-purpose, etc.			
			
Operator concept			
Is the owner/developer also the user of the real estate?			
Goals of the operator regarding tenancy, variability and period?			
Optimized cost of investment and operation (building energy performance, EnEV, etc.)			
Level of building installations, equipment			
	premium			
	medium			
	standard			
Cost frame			
Scheduled budget			
Financing schemes/operator concepts			

Dimensions			
Building area			m2	
Building height			m	
Average floor height			m	
Number of floors			
Car park, access ways			
Building use			
Uniform use (e.g. offices)			
Different use 
(e.g. shop, garage, office)			
			
Limitations			
Defined locations (for cable routing)			
Maximum dimensions/weights for moving in 
system parts (observe transportation routes)			
Specifications for emergency diesel unit 
(exhaust air, fuel-tank room)			
Energy passport			
Facade design (let-through values)			
			
Room control functions 
(lighting, shutters and blinds			
			
Lighting (light design)			

Safety requirements			
Power supply			
Fire areas			
EMC			
Video surveillance			
Fire alarm system			
Access control			
Time recording			
Security system			
Safety-relevant system parts			
Depending on the building use			
	Lifts			
	Safety lighting for workplaces			
	Central batteries for safety lighting of meeting areas			
	Sprinkler system / booster pumps			
	Lifting systems for sewage water draining			
	Smoke and heat vents			
	Communications centers			
	Electro-acoustic centers (ELA)			
	Components of the video surveillance / security system			
	Secondary pipe heating for sprinkler pipes 
in cold area			
	Life-supporting systems			
			
Technical requirements from the user			
Reliability of supply			
Quality of supply			
Availability			
Redundancy			Active "hot" redundancy	
			Passive "cold" redundancy	
			Homogeneous redundancy	
			Diverse redundancy	
Variability of the electricity supply			
Expandability			
Layout requests power management			
			
Control system (visualization of systems, messages, control/commands)			
			
Level of building installations, equipment and furnishing (low, high …)			
			
Comfort			
Installation bus for lighting, shutters and blinds			
Room monitoring			
Central building control system			
Communication			
			
Performance targets / conditions / preliminary clariﬁcations and decisions	
	
Power supply agreed upon with power supply network operator?	
Medium-/low-voltage supply			
			
Power demand claimed			
			
Interfacing to existing technologies			
			
Time schedule			
Date of building completion			
			
Date of completion for planning documents			
			
Time slot for moving in certain parts of the installation, because otherwise the area would no longer be accessible (e.g. lifting in the transformer with a crane)	

With the completed list you have gained an overview of the project.
Do you need detailed information e.g. about concept development or budget estimation?
With the data contained in the checklist, contact your responsible TIP contact person:	
Totally Integrated Power supports electrical designers in different planning stages with software tools, Revit files for Building Information Modeling (BIM), tender specification texts, planning and application manuals and professional consulting by our experienced technical specialists in many countries: www.siemens.com/tip-cs
Get in touch with us: www.siemens.com/tip-cs/contact