Case Study: Heated Lithium Battery for Freezer Truck Environments
30 May, 2017
Overview A major food manufacturer operations a large fleet of delivery trucks for their products.Due to the nature of food products,the insulated vehicle cargo area needs to be kept the...
Green Cubes Technology’s Solutions: Batteries
27 Apr, 2017
Green Cubes Technology (Green Cubes) is an established global company with over 30 years of experience in the power systems market. Cell Technology:Extensive Product Field Enables a Broad Range of...
Lithium SAFEFlex: Efficiency Brief
3 Apr, 2017
Minimize Lift Times and Maximize Efficiency with Lithium SAFEflex Over an eight-hour shift, over three shifts a day, missed seconds can add up.
Green Cubes Technology’s Solutions: Interfaces
5 Mar, 2017
Green Cubes Technology (Green Cubes) is an established global company with over 30 years of experience in the power systems market. Power Interfaces:Flexible Designs to Meet Diverse Power Applications Green...
Lithium SAFEFlex: Case Study – High Power Battery Solutions for Busy Warehouse Operations
15 Feb, 2017
Overview A new Green Cubes customer is the global leader in the manufacturing of furniture and home products. In order to produce such a high volume of furniture they operate...
Lithium SAFEFlex: Battery Sizing Chart
18 Jan, 2017
For over 30 years, Green Cubes Technology has helped OEMs safely convert from lead acid systems to the right lithium technologies for their operations. Among the many providers of lithium...
Lithium SAFEFlex: Why Switch
12 Dec, 2016
What are the Major Benefits of Switching to Lithium SAFEflex? The future of transportation isn’t just for cars and trucks. Switching to Lithium Iron Phosphate (LFP) batteries has the potential...
Lithium SAFEFlex: Safety Review
12 Nov, 2016
Why our lithium systems are safe for the Material Handling Market Overview In the battery power market today, there are a myriad of available battery types to choose from. It’s...
Lithium SAFEFlex: Maximize Your ROI
28 Sep, 2016
Lead-acid batteries tend to slack off as they approach the end of their shifts. As lead-acid batteries get close to the end of their cycle, they produce less and less...