Am Schönenkamp 45, 40599 Düsseldorf | Property to rent | Savills
709 to 5,070 sq m(Available)
Price per sq m€13.50
Monthly + free of commission

Am Schönenkamp 4540599 Düsseldorf

  • Free of commission
Office

Key features

  • Total floor area: 9,455.00 sqm
  • Floors: 4
  • Building year: 1995
  • Available: at short notice
  • Spacing: 0.00 m
  • Spatial depth: 0.00 m
  • Clear ceiling height: 2.75 - 0.00 m
  • Floor load: 0.00 kg/sqm
  • Available archive space: 0.00 sqm
  • Available storage space: 29.00 sqm

Here you will find attractive office space in the South of Düsseldorf!

About this property

  • - suspended ceilings
    - workstation compatible lighting
    - floor covering according to the tenant's requirements
    - cabling (Cat-5) via wall and floor ducts
    - manual sun protection outside
    - flexible partitioning
    - tea kitchens

Local information

  • The office market zone Düsseldorf South consists of the geographically southern city area and is the largest regarding its size.
  • The city centre and the Media Harbour represent the north end of the district. The river Rhine and the eastern city limit form the west and east borders.
  • Primarily, the location is characterised by residential and industrial use. Furthermore, small-sized office buildings are available.
  • Via the motorways A3, A46, A57 and A59 excellent accessibility by car is guaranteed. Several bus and tram lines ensure good access to the city centre and the local public transport.
  • The palace grounds of Benrath as well as the corresponding historic district centre provide an outstanding offer for everyday commodities and local recreation.

Energy performance

An energy performance certificate according to EnEV exists.
Date of issue: 31.07.2014
Date of Expiry: 30.07.2024
Year of construction: 1995
Type of energy performance certificate: Requirement certificate
Significant energy sources: Electricity, Electricity mix*, Natural gas E (previously H)*
Final energy electricity: 33,40 kWh/(m²*a)
Final energy heat: 91,60 kWh/(m²*a)