UtilitésThermique - Diagnostic (ERE)

Know and master: Essentials on utility: Develop expertise in the field of heat and cooling networks in the context of the energy transition; Energy in industry: To be able to identify the right energy source for a given facility; Energy sobriety and consumption limitation: the size of buildings, the way energy is used (light, heating, air conditioning) can be revised downwards; Renewable energy use: the remaining needs for heating, sanitary hot water and electricity can be met by renewable energy sources

1. Introduction
2. Why and how to develop heat networks 2.1. The heat network: a major tool for the energy transition 2.2. Method of creating a heat network 2.3. Steam production 2.4. Steam distribution
3. The urban cooling network 3.1. What is an urban cold network? 3.2. Cold networks: references 3.3. Cold networks with cold production 3.4. Actions to develop the sector
4. Project Assembly and Validation: Preparation of the Feasibility Study 4.1. Organization 4.2. Status and scope of project 4.3. Constitution, collection and processing of data 4.4. Choice of legal and financial arrangements
5. Optimization of electricity consumption 5.1. Electrical billing 5.2. Electric motor 5.3. Power factors 5.4. Lighting
6. Save energy with calorie recovery 6.1. Production and distribution of compressed air 6.2. Cold generation and accumulation 6.3. Power transformers 6.4. Furnaces and dryers
7. Needs analysis 7.1. Pumps and fans 7.2. Handling 7.3. Air Conditioning and Freezing
8. Defining an economic solution 8.1. Renewable energy 8.2. Biomass
9. Conclusion

Table control (Duration 1h)

https://atee.fr/system/files/2019-12/201312-MDE, Compressed air guide https://www.esm-distribution.fr/IMG/pdf/guide-technique-air tablet José Roldan Viloria, INDUSTRIAL PNEUMATIC, DUNOD. http://pamelard.electro.pagesperso-orange.fr/fichier%20pdf/pneumatique/les%20composants%20pneumatiques%20coursbis.pdf. https://energypedia.info/images/7/7c/Le_Guide_de_l%27air_comprim%C3%A9.pdf.