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Batterie lithium fer phosphate Renogy DuoHeat Tech - Core Mini 12 V 100 Ah

Batterie lithium fer phosphate Renogy DuoHeat Tech - Core Mini 12 V 100 Ah

$424.00 CAD
$653.00 CAD $424.00 CAD
Promotion Épuisé
DESCRIPTION

Batterie Renogy DuoHeat Tech Core Mini 12V 100Ah LiFePO4 : Puissance compacte et chauffée pour conditions extrêmes

Affrontez le froid avec la batterie au lithium fer phosphate Renogy DuoHeat Tech Core Mini 12V 100Ah, la solution ultime peu encombrante pour les aventures hors réseau.

Avec un poids plume de 9,7 kg (21,38 lb) et un format ultra-compact de groupe 22NF (9,02 × 5,43 × 8,39 po, 45 % plus petite que ses concurrentes), elle offre une capacité utile de 100 Ah avec plus de 5 000 cycles à 80 % de DOD, 10 fois la durée de vie de l'acide-plomb, tout en maintenant une sortie stable de 12,8 V.

La technologie révolutionnaire DuoHeat™ comprend deux éléments chauffants de 110 W qui s'activent automatiquement en dessous de 5 °C pour un préchauffage 40 % plus rapide, permettant une charge sûre jusqu'à -30 °C en seulement 60 minutes, avec une répartition uniforme de la chaleur via une carte oxygénée intégrée.

Le BMS intelligent de 100 A offre plus de 25 protections contre les surcharges, les courts-circuits et les basses températures, supportant une décharge continue de 100 A (300 A en crête pendant 10 s) dans des environnements de -20 °C à 60 °C. Certifiée IP65 pour la résistance à la poussière/à l'eau, elle est extensible jusqu'à 4S4P (20,48 kWh) et prête pour le solaire.

Parfaite pour les caravanes, les kayaks, les camping-cars, les installations marines ou les sauvegardes solaires hivernales, légère, sans entretien et écologique avec une garantie de 5 ans. Restez alimenté, peu importe le gel.

Expédition

Les commandes sont traitées dans un délai de 1 à 3 jours ouvrables. La livraison prend généralement 7 à 14 jours ouvrables pour les commandes nationales et 10 à 20 jours pour les expéditions internationales. Les informations de suivi vous seront communiquées une fois votre commande expédiée.

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Ships from: CAN

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Frequently Asked Questions

A good cold weather lithium battery should have built-in heating, a battery management system, strong cycle life, and the right size-to-capacity balance for your setup. In freezing conditions, the biggest issue is charging safety. Standard lithium batteries can be damaged if charged below freezing, so a heated lithium battery is often the better choice for winter RVing, boats, cabins, and backup solar systems. The Renogy DuoHeat Tech Core Mini 12V 100Ah LiFePO4 battery is designed for that use case. It uses dual heating pads to support charging in sub-zero conditions and has a 100A smart BMS with more than 25 protections for temperature, voltage, and current control. It provides 100Ah at 12.8V, or about 1280Wh, while weighing only 21.38 pounds, which is much lighter than many lead-acid alternatives. This type of battery is best for people who need dependable deep cycle power in cold climates without the maintenance of flooded batteries. The main tradeoff is that lithium systems typically require a compatible charger, solar charge controller, and system settings to get the best performance.
For most winter backup and off-grid applications, a heated 12V 100Ah LiFePO4 battery is the better long-term choice than lead-acid. Lithium iron phosphate batteries are lighter, provide more usable capacity, charge faster, and last much longer. This battery is rated for 5,000 plus cycles at 80% depth of discharge, which is far beyond what most lead-acid deep cycle batteries deliver. The cold weather advantage comes from the integrated heating system. Lead-acid batteries can struggle in low temperatures and are much heavier for the same general capacity class. The Renogy DuoHeat Tech Core Mini stores about 1280Wh, supports 100A continuous discharge, and can handle a 300A peak for 10 seconds, making it suitable for loads like lights, electronics, 12V appliances, and many inverter-based setups. It is a strong fit for RV owners, boaters, and homeowners building compact home backup power or solar battery storage. The main limitation is that lithium batteries cost more upfront and should be paired with chargers and charge controllers that support LiFePO4 charging profiles.
Yes, this battery can power many 12V solar, RV, and marine systems, especially compact or space-sensitive setups that still need serious deep cycle capacity. It is a 12.8V 100Ah LiFePO4 battery with about 1280Wh of energy, a 100A continuous discharge rating, and an IP65 dust and water resistant enclosure. That makes it practical for off-grid lighting, fans, routers, fish finders, trolling electronics, laptops, CPAP use through an inverter, and RV house loads such as lights and water pumps. Its Group 22NF-style compact size, 9.02 by 5.43 by 8.39 inches, helps when battery compartments are tight in teardrop trailers, small RVs, kayaks, and marine applications. It is also expandable up to 4S4P for a much larger 20.48kWh battery bank, so it can grow with a larger off-grid power system. This battery is best for users who want a lightweight, maintenance-free alternative to traditional deep cycle batteries. The key tradeoff is that very high-power appliances with long runtimes may require multiple batteries and a properly sized inverter.

Frequently Asked Questions

A good cold weather lithium battery should have built-in heating, a battery management system, strong cycle life, and the right size-to-capacity balance for your setup. In freezing conditions, the biggest issue is charging safety. Standard lithium batteries can be damaged if charged below freezing, so a heated lithium battery is often the better choice for winter RVing, boats, cabins, and backup solar systems. The Renogy DuoHeat Tech Core Mini 12V 100Ah LiFePO4 battery is designed for that use case. It uses dual heating pads to support charging in sub-zero conditions and has a 100A smart BMS with more than 25 protections for temperature, voltage, and current control. It provides 100Ah at 12.8V, or about 1280Wh, while weighing only 21.38 pounds, which is much lighter than many lead-acid alternatives. This type of battery is best for people who need dependable deep cycle power in cold climates without the maintenance of flooded batteries. The main tradeoff is that lithium systems typically require a compatible charger, solar charge controller, and system settings to get the best performance.
For most winter backup and off-grid applications, a heated 12V 100Ah LiFePO4 battery is the better long-term choice than lead-acid. Lithium iron phosphate batteries are lighter, provide more usable capacity, charge faster, and last much longer. This battery is rated for 5,000 plus cycles at 80% depth of discharge, which is far beyond what most lead-acid deep cycle batteries deliver. The cold weather advantage comes from the integrated heating system. Lead-acid batteries can struggle in low temperatures and are much heavier for the same general capacity class. The Renogy DuoHeat Tech Core Mini stores about 1280Wh, supports 100A continuous discharge, and can handle a 300A peak for 10 seconds, making it suitable for loads like lights, electronics, 12V appliances, and many inverter-based setups. It is a strong fit for RV owners, boaters, and homeowners building compact home backup power or solar battery storage. The main limitation is that lithium batteries cost more upfront and should be paired with chargers and charge controllers that support LiFePO4 charging profiles.
Yes, this battery can power many 12V solar, RV, and marine systems, especially compact or space-sensitive setups that still need serious deep cycle capacity. It is a 12.8V 100Ah LiFePO4 battery with about 1280Wh of energy, a 100A continuous discharge rating, and an IP65 dust and water resistant enclosure. That makes it practical for off-grid lighting, fans, routers, fish finders, trolling electronics, laptops, CPAP use through an inverter, and RV house loads such as lights and water pumps. Its Group 22NF-style compact size, 9.02 by 5.43 by 8.39 inches, helps when battery compartments are tight in teardrop trailers, small RVs, kayaks, and marine applications. It is also expandable up to 4S4P for a much larger 20.48kWh battery bank, so it can grow with a larger off-grid power system. This battery is best for users who want a lightweight, maintenance-free alternative to traditional deep cycle batteries. The key tradeoff is that very high-power appliances with long runtimes may require multiple batteries and a properly sized inverter.