presents  SOZE®

Your building is a space created for people: as a place for their work, living, and entertainment, which requires maintaining specific conditions. It often combines many functions under one roof. However, there is a single goal – the safety and comfort of all users. How can this be managed effectively with so many variables?

Introducing SOZE® – an intelligent thermal energy management system. A system capable of reconciling the needs of all users while simultaneously minimizing building operating costs without significant interference with its infrastructure.

Reduction of up to
260 tons
of CO2 annually
Return on investment period
2-4 years
Save up to
30%
on heating energy costs

Dynamic energy management

SOZE® allows for the dynamic management of a building’s heat distribution system. Based on AI and extensive neural networks, it analyzes multiple variables affecting the facility’s actual energy demand and adjusts energy consumption to real needs.

Real-time data analysis

The system operates in real time, collecting and processing data regarding current and future internal and external conditions. As a result, it determines the optimal operating point of the installation and supports technical building management and maintenance processes.

System monitoring and diagnostics

SOZE® provides full insight into the functioning of the thermal system. The system analyzes installation efficiency, alerts about possible failures, and controls energy distribution, taking into account energy consumption trends, weather conditions, and the needs of different parts of the facility.

Dynamic energy management

SOZE® allows for the dynamic management of a building’s heat distribution system. Based on AI and extensive neural networks, it analyzes multiple variables affecting the facility’s actual energy demand and adjusts energy consumption to real needs.

Real-time data analysis

The system operates in real time, collecting and processing data regarding current and future internal and external conditions. As a result, it determines the optimal operating point of the installation and supports technical building management and maintenance processes.

System monitoring and diagnostics

SOZE® provides full insight into the functioning of the thermal system. The system analyzes installation efficiency, alerts about possible failures, and controls energy distribution, taking into account energy consumption trends, weather conditions, and the needs of different parts of the facility.

Implementation model
3 steps to savings

Analysis

We verify your system based on bills, diagrams, and a site visit.

Offer

In the form of a report with precisely defined investment parameters.

Implementation

Within 2-3 months.

Benefits
Why it is worth implementing SOZE®

  • Lower energy consumption

    Optimization of installation operation allows to reduce energy consumption by up to 30%.
  • Reduction of contracted power

    A dedicated module for power management.
  • Minimization of failure risk

    Analysis of operating parameters allows for the early detection of potential installation problems.
  • Constant monitoring and diagnostics of the installation

    The system provides ongoing insight into the operation of the thermal system and its efficiency.
  • Support for ESG goals

    Lower energy consumption and CO2 emissions help achieve ESG goals and obtain White Certificates.

Completed implementations

Office

Year of
construction

2018

Usable area

22 000 m2

Annual thermal energy cost

~2.2 million PLN

Effects of SOZE® implementation

Reduction of thermal energy and contracted power

28%

Nominal

616,000 PLN

Value of obtained White Certificates

160,000 PLN

CO2 reduction

280 tons

Return on investment period

Assumed

20 months

Actual

4 months

Hotel

Year of
construction

2020

Usable area

21 000 m2

Annual thermal energy cost

~1.1 million PLN

Effects of SOZE® implementation

Reduction of thermal energy and contracted power

26%

Nominal

286,000 PLN

Value of obtained White Certificates

74,000 PLN

CO2 reduction

120 tons

Return on investment period

Assumed

28 months

Actual

15 months

Industry

Year of
construction

1994

significant redevelopment in 2024

Annual thermal energy cost

~4 million PLN

Effects of SOZE® implementation

Reduction of thermal energy and contracted power

11%

Nominal

440,000 PLN

Value of obtained White Certificates

132,000 PLN

CO2 reduction

230 tons

Return on investment period

Assumed

18 months

Actual

10 months

Mall

Year of
construction

2000

Usable area

61 000 m2

Annual thermal energy cost

~1.9 million PLN

Effects of SOZE® implementation

Reduction of thermal energy and contracted power

17%

Nominal

98,000 PLN

Value of obtained White Certificates

323,000 PLN

CO2 reduction

180 tons

Return on investment period

Assumed

24 months

Actual

14 months

They trusted us
SOZE® has been implemented in companies such as: