Why is Decentralized Combined Heat and Power Production (CHP) strongly underutilised?

Technologies to implement cogeneration (or combined heat and power production (CHP)) to deliver both electricity and heat simultaneously are state of the art, but 70% (European Union) to 80% (worldwide) of the existing potential remains untapped. Challenges for more widespread adoption of decentralised CHP installations fall into three identified dimensions [1]:

  • Heat valorisation dimension
  • Technology dimension
  • Management dimension
Challenges in the implementation of combined heat and power production in a business environment [1]

References

[1] Kusch-Brandt, Sigrid: Common challenges in the implementation of decentralized combined heat and power production. Proceedings 18th International Multidisciplinary Scientific Geoconference SGEM 2018, Vol. 18, Energy and Clean Technologies, Issue 4.1, 2018, pp. 219-226

The publication is available here (pdf):

Common challenges in the implementation of decentralized combined heat and power production

Improving Energy Efficiency: Co-generation Revisited

Although combined heat and power production is already relatively common in Europe, its vast potential to improve energy efficiency is still heavily underexploited. Cleaner production schemes offer suitable frameworks to foster uptake of combined heat and power production by industry. Read more:

CSE Journal City Safety Energy 02/2015

(direct download: 70-319-1-PB)

(Kusch, Sigrid: An overview concerning combined heat and power production: a smart way to improve energy efficiency. CSE City Safety Energy 2-2015, pp. 132-141)