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This 125kW all-in-one liquid-cooled solar energy storage system integrates high-performance lithium batteries, inverter, and energy management into a single unit, ensuring stable operation and optimal thermal performance.
| Modèle : | BSC-125KW-261KWH |
| Puissance de sortie nominale : | 125KW |
| Capacité du système : | 261KWH |
| Type : | Refroidissement par liquide |
The liquid‑cooled energy storage system combines advanced thermal management with high‑performance lithium battery technology to deliver stable and efficient energy storage for commercial and industrial applications. Designed for peak shaving, backup power, and renewable energy integration, this solution ensures long‑term reliability and optimized system performance in demanding environments.
*Sécurité :
Isolation de la sécurité des cloisons, surveillance active de la sécurité, conception de l'alerte précoce, afin de garantir que le système est sûr et contrôlable.
*Économie :
Perte de tolérance nulle, conversion multifréquence efficace, contrôle de la température.
*Intelligence :
Prend en charge différents modes de contrôle, notamment l'écrêtement des pointes, la gestion de la demande, le stockage de la lumière et le contrôle de la charge. Permet une programmation à grande vitesse et un accès aux données à distance via Wi-Fi, 4G, 5G ou LAN pour une intégration transparente avec le BLUESUN ESS Cloud, permettant un fonctionnement sans surveillance.
*Pratique :
Connexion de sortie directe aux systèmes éoliens et photovoltaïques, intégrant tous les composants de stockage d'énergie. Les armoires individuelles fonctionnent de manière indépendante, tandis que les armoires multiples peuvent être connectées en parallèle pour une extension transparente de la capacité.
Liquid‑cooled energy storage systems use liquid cooling to manage battery temperatures more effectively than air‑cooled systems. This enhances performance and extends battery life, especially in large commercial and industrial BESS projects.
Liquid cooling provides more uniform temperature control across battery modules, preventing overheating and improving efficiency under high load conditions. This results in greater system stability and longer cycle life.
Liquid‑cooled energy storage systems are widely used in commercial, industrial, and utility‑scale solar projects. They support peak shaving, load shifting, backup power, and integration with renewable energy like PV or wind.
Liquid‑cooled systems offer tighter temperature control, higher energy efficiency, and longer battery lifespan compared to air‑cooled systems. They are especially suitable for high‑power, high‑duty cycle applications and large‑scale energy storage deployments.
Key factors include the required power and energy capacity, installation environment, cooling efficiency, maintenance needs, and integration with solar or grid systems. Choose a system that meets both performance and reliability standards for your project.
