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STEAM TURBINE APPLICATION - LEBANON | Case Studies | DSEAts
A cardboard manufacturing plant in Lebanon, which makes cardboard from 100% recycled paper and used cardboard, has found a sustainable way to run its operations off grid. Waste is brought to the site and first goes through a separation process to remove the useable paper and cardboard from the rest of the rubbish. This is then made into a pulp to be made into cardboard. The remaining waste is incinerated to generate steam used in the drying process while the remaining steam is used to...
https://www.deepseaelectronics.com/ats/genset/casestudies/48/steam-turbine-application-lebanon/48/steam-turbine-application-lebanon/48/steam-turbine-application-lebanonDSE402 used in boat application | Case Studies
Conver are a Dutch manufacturer of boats for waterways and lakes designed with specialist cutting equipment & cranes for removing plant life, keeping all important waterways and drainage channels free flowing. Fitted with DSE402 MKII waterproof control modules, the boats are now in full production and are already operating throughout many locations in the Netherlands and other European countries.
https://www.deepseaelectronics.com/casestudies/43/dse402-used-in-boat-applicationDSE402 used in boat application | Case Studies | DSEGenset
Conver are a Dutch manufacturer of boats for waterways and lakes designed with specialist cutting equipment & cranes for removing plant life, keeping all important waterways and drainage channels free flowing. Fitted with DSE402 MKII waterproof control modules, the boats are now in full production and are already operating throughout many locations in the Netherlands and other European countries.
https://www.deepseaelectronics.com/genset/casestudies/43/dse402-used-in-boat-application/43/dse402-used-in-boat-applicationDSEP100 used in hydropower application | Case Studies
The DSEP100 Mains Decoupling Relay was chosen for this application because of it’s extensive protection capabilities, reliability and safety features. These include R.O.C.O.F and vector shift, sequencing voltage protections for short and long term disturbances, and security access to the module settings to avoid accidental or unauthorised changes.The DSEP100 also logs wide ranging historical information about system status, events and alarms to help with diagnosis and...
https://www.deepseaelectronics.com/casestudies/42/dsep100-used-in-hydropower-applicationDSEP100 used in hydropower application | Case Studies | DSEGenset
The DSEP100 Mains Decoupling Relay was chosen for this application because of it’s extensive protection capabilities, reliability and safety features. These include R.O.C.O.F and vector shift, sequencing voltage protections for short and long term disturbances, and security access to the module settings to avoid accidental or unauthorised changes.The DSEP100 also logs wide ranging historical information about system status, events and alarms to help with diagnosis and...
https://www.deepseaelectronics.com/genset/casestudies/42/dsep100-used-in-hydropower-application/42/dsep100-used-in-hydropower-applicationDSEP100 used in hydropower application | Case Studies | DSEAts
The DSEP100 Mains Decoupling Relay was chosen for this application because of it’s extensive protection capabilities, reliability and safety features. These include R.O.C.O.F and vector shift, sequencing voltage protections for short and long term disturbances, and security access to the module settings to avoid accidental or unauthorised changes.The DSEP100 also logs wide ranging historical information about system status, events and alarms to help with diagnosis and...
https://www.deepseaelectronics.com/ats/genset/casestudies/42/dsep100-used-in-hydropower-application/42/dsep100-used-in-hydropower-application/42/dsep100-used-in-hydropower-applicationComplex Load Share application made easy with DSE controllers | Case Studies
Reliable power was essential to the company's daily operations so they decided to install 4 emergency power generator sets with a total capacity of 6.6MVA. Controlled by DSE8610s, the generators can synchronise and share the full load of the factory in the event of a complete power failure on all nine supplies, but can also load share with live mains supplies in the event of failures on only one to eight. The nine incoming mains supplies are monitored by DSE8660s and in the...
https://www.deepseaelectronics.com/casestudies/39/complex-load-share-application-made-easy-with-dse-controllersComplex Load Share application made easy with DSE controllers | Case Studies | DSEGenset
Reliable power was essential to the company's daily operations so they decided to install 4 emergency power generator sets with a total capacity of 6.6MVA. Controlled by DSE8610s, the generators can synchronise and share the full load of the factory in the event of a complete power failure on all nine supplies, but can also load share with live mains supplies in the event of failures on only one to eight. The nine incoming mains supplies are monitored by DSE8660s and in the...
https://www.deepseaelectronics.com/genset/casestudies/39/complex-load-share-application-made-easy-with-dse-controllers/39/complex-load-share-application-made-easy-with-dse-controllersMobile Gen-Set Application | Case Studies
The end location of a genset is often not a perfect environment. Sets are expected to operate in tough environmental conditions that require high performance and reliability, despite their tough setting. Whilst the mechanics of the engine and alternator are one thing, the generators cannot operate without a reliable control system. Modern electronic controllers that are on the market today offer sophisticated functionality, but can they withstand the continued presence of vibration and...
https://www.deepseaelectronics.com/casestudies/29/mobile-gen-set-applicationLeisure Boat Application | Case Studies
The DSE9130 5 Amp 12 Volt battery charger was chosen in a recent UK Leisure Boat project. The application demanded that the boats be able to run off battery power whilst sailing, and when moored up, switch to using the mains electricity on the jetty to both charge the battery and provide power.This system allows boat users to moor up and leave the boat for shopping, dining or other excursions without worrying about a flat battery upon their return.
https://www.deepseaelectronics.com/casestudies/38/leisure-boat-application