The subject of the contract is the development of the final concept, design and construction of a complete heating system with the service of cogeneration units with accompanying fittings for powering the Skalna 2-12 buildings in Mikołów, including the following tasks:

1. Container combined heat and power plant (Skalna Cogeneration) - hereinafter referred to as: construction of cogeneration units with accompanying infrastructure (m.in connections of gas, water and sewage networks, electricity, transformer station, access road, fence, acoustic screens and/or other noise protection devices);

2. Peak boiler room – hereinafter referred to as: reconstruction of the existing gable boiler room in the Skalna 10 building;

3. Pre-insulated district heating networks - hereinafter referred to as: construction of a system of two-wire pre-insulated heating networks with individual, complete (including, m.in, circulation pumps and HOT water storage tanks) heating no.

1. verification of the existing/ development of a new technical concept taking into account design changes along with the specification of the characteristics of the equipment for the modernization of the heating system, using cogeneration modules;

2. verification/development of design documentation on the basis of the agreed concept of modernization of the heating system, using cogeneration modules;

3. construction of a heat supply system for buildings in the local heating system, supplying buildings with addresses of Mikołów Skalna 2, 4, 6, 8, 10, 12, taking into account heat production in the modernized, existing Skalna 10 boiler room and the cogeneration system together with the entire infrastructure accompanying and cooperating including heating networks, heat storage and nodes within the limits in which they are the property of ZIM;

4. service of gas boilers and cogeneration units with installations and accompanying fittings.

The scope of the task includes the combination of the above-mentioned scope into one technological system, which will ensure the possibility of obtaining the status of an effective system by the local heating system in accordance with Article 7b(4) of the Energy Law. This goal is later called functionality in the PFU. In this case, an energy-efficient district heating or cooling system is understood as a district heating system in which at least 75% of the heat from cogeneration is used to generate heat or cold, which the designed and constructed system must provide.

Details in the Functional and Utility Program.