Dietla 66/10, 2 bedroom Apartment, Cracow

BUILDING AND AREA DESCRIPTION:

This comfortable apartment is located in Krakow in a beautiful tenement house on Dietla Street.
This location offers guests the proximity of all the most important attractions of Krakow and great access to other districts, as well as a quieter environment than other central districts. The Wawel Royal Castle is only 600 meters from the apartment! Dietla Street is one of the greenest streets in Kazimierz, adjacent to Planty. This historic Jewish district is full of atmospheric cafes and restaurants, and the nearest restaurant is 300m from the apartment.
From this location, guests can reach the Main Railway Station in 25 minutes on foot (2 km), and the Krakow Airport in 25 minutes by car.

APARTMENT DESCRIPTION:

This modern and spacious flat is suitable for 5 people. It consists of a tastefully decorated living room with kitchenette, a mezzanine bedroom and a separate and a bathroom with shower. The living room has a sofa bed for one person. However, in each of the bedrooms there is a large, comfortable double bed.
The flat is fully equipped to meet all daily needs: it has such amenities as free WiFi access, a microwave, coffee machine or toaster.

LIVING ROOM:

Single sofa bed, coffee table, table with 5 chairs

BEDROOMS:

Double bed x2, bed linen, wardrobe, bedside table

KITCHENETTE:

Induction hob, fridge freezer, microwave oven, coffee maker, kettle, toaster, glasses, a set of pots, cutlery, frying pan

BATHROOM:

Shower, toilet, sink, washing machine, hair dryer, mirror, towels

MULTIMEDIA:

TV, WiFi internet

PETS:

Pets are allowed at an additional cost.

PARKING:

No parking provided. Paid parking on the street

ENERGY PERFORMANCE CERTIFICATE
Indicator of annual demand for useful energy 46,77 Wh/(m2 x year)
Indicator of annual demand for final energy 63,30 kWh/( m2 x year)
Indicator of annual demand for non-renewable primary energy 73,21 KWh/(m2x year)
Volume of CO2 emission 0,01 CO2/m2 x year
Share of renewable energy sources in annual final energy demand 0,00%