As the renewable energy sector expands, the challenge of ensuring efficient energy storage in extreme climates is becoming more critical. To address this issue, FoxESS has launched the EP5-H and EP11-H battery models, designed specifically to enhance performance in cold-weather conditions.
Tackling Cold-Weather Battery Challenges
Cold temperatures typically reduce battery charge and discharge rates, limiting performance. While LiFePO4 (LFP) cells are known for their stability, they too experience efficiency declines in harsh winter conditions. In response, FoxESS has integrated a warm-up function into its latest models, ensuring optimal energy storage even in freezing temperatures.
Key Features of the EP5-H and EP11-H
Built-in Heating System: Keeps battery cells within an optimal operating range.
Enhanced Performance: Maintains higher charge and discharge rates in winter.
Optimized Reliability: Ensures consistent energy storage and supply.
Customizable Settings: Allows users to define temperature thresholds and activation schedules.
Sustainable Power Options: Can utilize solar PV energy or grid electricity for heating.
Meeting Industry Standards and Sustainability Goals
With increasing regulatory encouragement for outdoor battery installations, the EP5-H and EP11-H ensure compliance with market requirements while supporting sustainability efforts. By leveraging solar energy for heating, these models reduce reliance on the grid, aligning with eco-friendly energy trends.
A Game-Changer for Solar Installers
FoxESS’s new battery models empower installers to:
Expand services in colder regions with confidence.
Provide reliable, customizable storage solutions.
Align offerings with sustainability trends and regulatory demands.