Mastervolt Powerbook 2023 EN

Lithium Ion Batteries AGM Batteries Lithium Ion batteries have a high energy density, offering savings of up to 70 % in volume and weight compared to traditional lead-acid batteries. They are perfect for cyclical applications, making over 3500 cycles with very deep (80 %) discharges, effectively storing 5 times as much energy over its lifespan compared to lead-acid. The Mastervolt MLI Ultra range is top of the line. It offers large capacity batteries designed for extreme duty cycling, with all possible features such as integrated Battery Management System (BMS), MasterBus/CAN and CZone communication protocols. In AGM batteries, the electrolyte is largely absorbed in glass fibre. This type of battery is entirely maintenance-free and there is no gas formation with normal use. Not requiring any ventilation, these batteries can be installed almost anywhere. Their construction gives a very fast discharge at very high currents so AGM batteries are ideal for systems that require high peak currents (for instance when starting an engine). The battery poles can be unscrewed and this type of battery can be combined with every standard battery terminal. Gel Batteries Traction Batteries In Gel batteries, the electrolyte is absorbed by a gel. This type of battery is entirely maintenance-free and has no gas formation with normal use. As no extra ventilation is required, Gel batteries can be installed anywhere. They are ideal as service battery and for cyclical use, and can be charged very quickly. This robust Gel battery is designed for regular and deep discharging (> 1000 full cycles), and is ideal for large systems that require intensive use and a very long lifespan. BATTERIES Which battery is best for your application? excellent very good good adequate inadequate poor FOR MANUALS, CERTIFICATES, DRAWINGS, PRODUCT IMAGES - SEE DOWNLOADS AT MASTERVOLT.COM/BATTERIES Traditional open batteries MLI Lithium Ion MVG gel semi- traction MVSV 2V gel traction AGM semi- traction Maintenance-free No gas formation during charging Low self discharge while inactive Lifespan with complete discharge Lifespan with limited discharge Resilience to excessive charge current Suitable for prolonged high discharge current Suitable for selection of battery bank with high capacity Suitable for E-propulsion Suitable for starting motors Shock-resistance Number of charge/discharge cycles Temperature-resistance Installation angle/angle of inclination Return on investment with limited use Return on investment with intensive use Product warranty ± 1 year 2 year 2 year 7 year pro rata 2 year Worldwide service 1 2 3 4 4 2 1 3 65