Jensen Predictive Maintenance (JPM) is a system (to be developed) of on-line monitoring (internet-of-things) and fault location service (to be patented). The primary customer segment is district heating companies, world-wide. JPM fulfils a need of better monitoring and more accurate fault location of pressurized hot water pipes. The benefit is that weak sections of pipes can be located and replaced before leakage and failures. Pipes can be replaced just-in-time, at their end-of-life. Due to lack of condition monitoring pipes are replaced long time before end-of-life – waste of capital.
No competitor can match JPM today.
Massive monitoring (points) and big-data analytics gives also a smarter grid and ability to optimize the operations.
All benefits add up a huge savings by all district heating companies. Leakages can be reduced by several percent of total production cost, production optimization save another percent and replacement investment can be delayed up to 10-20 years. A typical customer can save 2-4 million Euro per year, and delay investments by 5 million Euro per year. Most important – failures, accidents and diseases (legionella) are minimized. Energy- savings and security is central in EU goals.
There are +300 target customers in Europe. USP are; “Be safe and save money with JPM – lower risk of failure, lower operating cost and capital expenditures.”
Arne Jensen AB (AJAB) has made step change innovations before (resulting in divestment of a subsidiary, Jensen Device, with more than 30 employees). AJAB has unique knowledge in specific technology used for the JPM system (acoustic signal analysis).
JPM developed and commercialized will grow AJAB from 20 (incl development, and service partners) to +200 employees (incl AJAB, development and production partner, VARs) spread around Sweden, sourcing country (prel Poland or Ukraine) and value-adding-resellers & service partners (all major markets, PL, DE, FR, DK, RO, CZ, UKR, RU, CN).
Fields of science
- natural sciencescomputer and information sciencesinternetinternet of things
- engineering and technologyenvironmental engineeringenergy and fuelsrenewable energy
- engineering and technologyenvironmental engineeringenergy and fuelsfossil energynatural gas
- engineering and technologyelectrical engineering, electronic engineering, information engineeringelectronic engineeringsensors
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