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STEAM TURBINE APPLICATION - LEBANON | Case Studies | DSEGenset
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/genset/casestudies/48/steam-turbine-application-lebanon/48/steam-turbine-application-lebanonSTEAM 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-lebanonCase Study - Alaska | Case Studies
Living off the grid isn't all that hard with a reliable generator, but it becomes more complex if you want to minimise the use of fossil fuel, AND have a wife who insists on a modern house! At PhotonPharms near Fairbanks, Alaska, we are off the electric grid, but have a house with all the amenities that would rival any of those “in town.” Efficient design means the house runs quite comfortably on an average of about 10 kWh / day, and from mid February- mid November 8 kW of...
https://www.deepseaelectronics.com/casestudies/45/case-study-alaskaCase Study - Alaska | Case Studies | DSEPower
Living off the grid isn't all that hard with a reliable generator, but it becomes more complex if you want to minimise the use of fossil fuel, AND have a wife who insists on a modern house! At PhotonPharms near Fairbanks, Alaska, we are off the electric grid, but have a house with all the amenities that would rival any of those “in town.” Efficient design means the house runs quite comfortably on an average of about 10 kWh / day, and from mid February- mid November 8 kW of...
https://www.deepseaelectronics.com/power/casestudies/45/case-study-alaska/45/case-study-alaskaCase Study - Alaska | Case Studies | DSEGenset
Living off the grid isn't all that hard with a reliable generator, but it becomes more complex if you want to minimise the use of fossil fuel, AND have a wife who insists on a modern house! At PhotonPharms near Fairbanks, Alaska, we are off the electric grid, but have a house with all the amenities that would rival any of those “in town.” Efficient design means the house runs quite comfortably on an average of about 10 kWh / day, and from mid February- mid November 8 kW of...
https://www.deepseaelectronics.com/genset/power/casestudies/45/case-study-alaska/45/case-study-alaska/45/case-study-alaskaPower Stability for Telecoms project | Case Studies
The power provision to telecoms transmitters in remote locations throughout Northern Africa has recently been improved with new emergency power installations. Grid failures are common place in many areas of Africa leading to regular disruption of vital services for telecoms providers. In this recent project, each transmitter has been fitted with a standby generator set with an enhanced fuel capacity and the ability to start automatically in the event of a grid power...
https://www.deepseaelectronics.com/casestudies/40/power-stability-for-telecoms-projectPower Stability for Telecoms project | Case Studies | DSEGenset
The power provision to telecoms transmitters in remote locations throughout Northern Africa has recently been improved with new emergency power installations. Grid failures are common place in many areas of Africa leading to regular disruption of vital services for telecoms providers. In this recent project, each transmitter has been fitted with a standby generator set with an enhanced fuel capacity and the ability to start automatically in the event of a grid power...
https://www.deepseaelectronics.com/genset/casestudies/40/power-stability-for-telecoms-project/40/power-stability-for-telecoms-projectPower Stability for Telecoms project | Case Studies | DSEPower
The power provision to telecoms transmitters in remote locations throughout Northern Africa has recently been improved with new emergency power installations. Grid failures are common place in many areas of Africa leading to regular disruption of vital services for telecoms providers. In this recent project, each transmitter has been fitted with a standby generator set with an enhanced fuel capacity and the ability to start automatically in the event of a grid power...
https://www.deepseaelectronics.com/power/genset/casestudies/40/power-stability-for-telecoms-project/40/power-stability-for-telecoms-project/40/power-stability-for-telecoms-projectComplex 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-controllers