DB Energy will manage the CHP unit for BWI Poland Technologies
DB Energy signed an agreement for the generation and sale of energy and heat from a cogeneration unit at the BWI Poland Technologies plant in Balice. The agreement was concluded for a period of 10 years.
The remuneration related to the performance of the agreement is variable and will depend in particular on the level of energy consumption by the customer. The estimated value of revenues from the contract is PLN 2.75 million per year. The project is related to the optimization of energy consumption in the BWI production plant.
- The project for BWI Poland Technologies strengthens DB Energy's position as a partner in energy efficiency management of enterprises. The commitment of a professional company to operate and supervise the efficiency of the installation helps to achieve the assumed energy savings and ensures the continuity of production - said Krzysztof Piontek, President of DB Energy.
Capital group
Company data
DB ENERGY SA
Al. Armii Krajowej 45
50-541 Wrocław
NIP: 894 299 53 75
REGON: 021249140
Contact
+48 71 337 13 25 biuro@dbenergy.plfor general purposes sprzedaz@dbenergy.plfor commercial purposes
In 2014 the R&D department started to work in our company. We design solutions to improve energy efficiency in industry.
On 22 June 2016, DB Energy signed an agreement with the National Centre for Research and Development to co-finance R&D work for a project called "Development of an innovative drive diagnostics system (DiagSys) based on electrical signal measurements characteristic of mechanical damage to rotating machine components, together with a specialized analyzer of machine operating status and efficiency (APPS 3)".
The project is financed under the Intelligent Development Operational Programme 2014-2020, under sub-measure 1.1.1. "Industrial research and development work carried out by enterprises". No. of the competition: 1/1.1.1/2015. Value of the project 5 974 021.85 PLN. Value of co-financing 3,727,676.11 PLN.
The aim is to develop a system for the diagnosis of rotating machines (DiagSys system), which will be based on the use of power measurements and on-line access to an expert database.
