Project design
and consultancy

The services include a wide range of activities starting with consultancy, analysis, technical assistance and calculations including complex feasibility study and business plan.
Feasibility study Operation analysis Business plan Consultancy

Research

ORTEP s.r.o. research and development team is involved in CHS operational projects and in formation of the conditions for their further development.
Research and development
Development of sophisticated software tools
Cooperation with the Czech government grant agency and international cooperation

Energy concepts

We offer elaboration of a document identifying the conditions for energy efficiency in compliance with the economic and social development of the territory in question. Energy concept objectives and principles stem from the state energy and environment policy.

Audits and reeviews

We offer elaboration of a document containing complex information about the ways and level of energy utilization in power engineering facilities and in buildings including the recommendation of energy saving measures.

DYMOS

DYMOS® is a software system designed for dispatcher control and operation optimization of district heating systems. The system can be used for heat production and energy consumption predictions, for optimizing supply-water temperature including heat accumulation and need of additional heat sources operation.
The software is based on a complex simulation model of heat production, distribution and consumption.

MOP

MOP® is a software tool designed for optimization of the existing - and for designing new heat networks, based on complex thermo-hydraulic calculations.
It serves for solving various engineering, designing and optimization tasks, including dimensioning of pipes, pumps, valves, mixing and shunts, and for flow analysis or hydraulic operational state analysis.

Network model
management

Development, reconstruction or economical opeartion of DHS require thermo-hydraulic analysis, ie. calculation model of the heat network. For customers without personal capacity or software means, we offer creation and maintenance of such models.

MaTeZ

Structural and sectional analysis of the resulting annual heat losses
Simulation of the effects of parametric or technological changes in the network on total heat loss
Monitoring of deviations and trends in the progression of energy losses

DIGITS

DIGIT - streamlining operations and management of heat networks:
solution of temperature and flow parameters of the network (savings in operating costs for heat loss and pumping work);
optimization of the heat network configuration, timing and scope of repairs and maintenance (savings of repair and maintenance cost, savings of investment expenses);
support for planning, reporting and statistical analyzes (savings of personal expenses for overhead and administrative activities)

Online
systems

Connection to the measurement control system allows MOP and DYMOS products to accurately simulate and predict past, present and (with weather forecast and neural model of consumption) also future behavior of the district heating system.
Prediction mode
Analytical mode
Simultaneous display of online measurement and modeled values

Neural networks

Advanced systems of artificial neural networks allow to predict the behavior of heat consumption.
Machine learning
Systems of neural network stabilization
Input data preparation framework

Dynamic models

Precise dynamic models of heat flow and accumulation in the network allow accurate simulation of the heat networks and sophisticated control of the district heating system operation.