Auszug aus dem Handbuch:
weitere Aussagen betreffend Garantie des Akkus bzgl. CCS-Laden habe ich nicht gefunden.
Mein Händler hat mir das bestätigt. Es kann auch gar nicht ausgelesen werden wie oft schnell geladen wurde.
Das Verhältnis 1:4 ist eine Empfehlung um den Akku nicht zu sehr zu stressen und die Degradation zu verlangsamen.
General InformationLiveWire is powered by a lithium-ion
Rechargeable Energy Storage System (RESS). Lithium-Ion technology provides higher power and energy density, faster charging, and longer life than traditional lead-acid batteries. The
Onboard Charger (OBC) DC-to-DC charger handles all charging and maintenance of the 12 V battery.
Das ist übrigens auch sehr nett - kein 12V-BAtterie-laden mehr nötig.
State of Charge (SOC) is the amount of energy in the
RESS available to use before it needs to be recharged. The State of Health (SOH) is the measurement of impedance and capacity degradation of the
RESS compared to when it was new. All lithium-ion batteries chemically age through time and use, resulting in a gradual degradation of performance and the ability to hold a charge. A 20% loss of SOH is expected over the life of the
RESS warranty.A battery’s lifespan is related to the chemical breakdown and aging process which involves more than just time and use. It involves duration at high temperatures, types of charging, number of charge/discharge cycles, and storage duration. To maximize
RESS performance and help extend
RESS lifespan follow these tips:
- When recharging the RESS, choose Level 1 (110V to 220V) charging when possible. Level 1 charging causes the least amount of stress to the RESS.
- The RESS does not limit the number of times a Level 3 DC fast charger (480V) can be used. However, more frequent DC fast charging will stress the RESS more than Level 1 charging. If possible, avoid using DC fast charge, exclusively. The suggested best practice is to alternate your charging between Level 1 and Level 3 DC Fast Charge in a 4:1 ratio (4 Level 1 charges to every 1 Level 3 fast charge).
- The battery will protect itself from thermal damage, however extended periods of time operating at high temperature can speed the chemical aging process and shorten RESS lifespan.
The
RESS is designed to charge quickly to 80% of its capacity, at which point the charge rate then slows to reduce the rate of
RESS degradation. If the battery is too hot or too cold, the charge rate will automatically reduce to a sustainable level. Charging below 0C/32F or over 50C/122F degrees will result in significantly increased charge time. Under extreme usage or extreme temperature conditions, the
RESS may limit its performance in order to prevent damage.
