Residential Park Sofia

“Residential Park Sofia” is a closed residential complex, designed and built with a thought for the family. It is located in the southern part of Sofia, directly opposite Business Park Sofia.

A single multifamily house has between 6 and 8 apartments, with up to 3 bedrooms. The dimensions of the apartments vary from 80 to 200 m2. The underground levels of each multifamily house in one neighborhood are connected. Each apartment is provided with at least singular underground parking space.

In 2009 ramps and roof of 115 houses in Residential Part Sofia were equipped with DEVI electric heating systems for snow and ice melting on driveways and roofs.

Project Overview:

Ice and snow melting of the ramps

Project size: 1 941 m2

Total output: 600 kW

Products:

DEVIflex™ DSOT-30

DEVIreg ™ 850 electronic thermostat with moisture and temperature digital sensors

Ice and snow melting for the roofs

Total output: 424 kW

Products:

DEVIflex™ DTIP-18

DEVIreg ™ 850 electronic thermostat with moisture and temperature digital sensors

Project overview

1 941 m2

Heating cables
Backend.Models.ProductViewModel.Title
DEVIflex™ is an extremely high-quality, 360° fully screened twin conductor cable with a tough outer sheath (non UV stable). Its round profile and robust construction ensures a fast, simple and safe installation in multiple indoor floor constructions and pipe tracing applications.
Backend.Models.ProductViewModel.Title
DEVIflex™ 30T is an extremely high-quality, 360° fully screened twin conductor cable with a tough outer sheath (non UV stable). It has a round profile and robust construction which ensures a fast, simple and safe installation. It is designed for concrete hardening only.
Thermostats
Backend.Models.ProductViewModel.Title
The DEVIreg™ 850 is an advanced thermostat with LED display used for outdoor ground or roof applications. The sensors provide information about both moisture level and temperature, resulting in an optimal control of the heating system. The system can be set up in three ways; as a single system for roof or ground (1 to 4 sensors), as a dual system for roof or ground (2 - 4 sensors) or as a combination system for roof and ground (2 - 4 sensors). In the dual / combination systems it is possible to prioritize between the zones, e.g. if only a limited power output is available.