Sunforge Battery Temperature Sensor for compatible Blue Sky Energy charge controllers
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The ideal charge voltage for batteries is influenced by their temperature. Battery chemistry and performance are temperature-sensitive, and charging a battery at the right voltage is crucial for optimal efficiency, battery life, and safety. The battery temperature sensor plays a crucial role in ensuring that the charging process is adjusted based on the actual temperature of the batteries.
Temperature-Dependent Chemistry: Different battery chemistries have different optimal charge voltage levels at specific temperatures. For example, lead-acid batteries and lithium-ion batteries have varying voltage requirements as the temperature changes.
Voltage-temperature Relationship: Generally, as temperature decreases, the internal resistance of the battery increases, which means the battery needs a slightly higher charging voltage to maintain the desired charging current. Conversely, as temperature increases, the charging voltage needs to be lowered to prevent overcharging, which can damage the battery.
Battery Temperature Sensor: The battery temperature sensor is a device that measures the temperature of the battery or its immediate surroundings. This sensor provides real-time temperature information to the charge controller.
Voltage Adjustment: The charge controller receives temperature data from the sensor and uses this information to adjust the charge voltage. If the battery is colder than the ideal temperature range, the charge controller increases the voltage slightly to ensure proper charging. If the battery is warmer, the voltage is reduced to prevent overcharging.
Optimal Charging: By continuously monitoring the battery temperature and adjusting the charge voltage accordingly, the charge controller helps maintain optimal charging conditions. This results in improved battery performance, extended lifespan, and enhanced overall system efficiency.
Battery Protection: Correct voltage adjustment based on temperature helps prevent issues like overcharging in warmer temperatures, which can lead to reduced battery life, and undercharging in colder temperatures, which can result in decreased capacity.
Dynamic Adaptation: The voltage adjustment is dynamic, meaning it changes in response to changing temperature conditions. This ensures that the battery is charged optimally throughout its operational range.
The battery temperature sensor is a crucial component in a solar energy system that utilizes a charge controller. It ensures that the charge controller can adapt the charging voltage to the changing temperature conditions, promoting efficient and safe battery charging, enhancing battery lifespan, and overall system performance.
Specifications
General Information | |
Manufacturer: | Blue Sky Energy |
Product Line: |
Blue Sky Energy Accessory |
Model ID: |
930-0022-20 |
Certifications and Safety Ratings: | ![]() |
Mechanical Data |
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Technology: | Battery Temperature Sensor |
Dimensions: |
8.50 x 6.00 x 1.25 inches |
Weight: | 0.48 lbs |
Compatible Models: | SB3000i, SC30, SB1524, SB2512, SB3024, SB2000E |
Shipping Policy
All in stock orders are processed within 1 to 2 business days (excluding weekends and holidays) after receiving your order confirmation email. Generally, orders placed before 1 PM EST are shipped same or next business day. You will receive another notification when your order has shipped.
Preorder items are generally shipped 1-3 days prior to the official release date, to ensure a timely delivery.
Any order containing both pre-order and in-stock items in the same cart will be shipped upon the arrival of the latest release ordered. Please check out pre-order and in-stock items in separate carts, unless you would like them all shipped together. If you need to split your order into 2 shipments, you can contact us at sales@buildthepower.com to request a second shipping label.
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If you need further assistance, please contact our customer service or mail us at sales@buildthepower.com - we are more than happy to help!
Description
Description
The ideal charge voltage for batteries is influenced by their temperature. Battery chemistry and performance are temperature-sensitive, and charging a battery at the right voltage is crucial for optimal efficiency, battery life, and safety. The battery temperature sensor plays a crucial role in ensuring that the charging process is adjusted based on the actual temperature of the batteries.
Temperature-Dependent Chemistry: Different battery chemistries have different optimal charge voltage levels at specific temperatures. For example, lead-acid batteries and lithium-ion batteries have varying voltage requirements as the temperature changes.
Voltage-temperature Relationship: Generally, as temperature decreases, the internal resistance of the battery increases, which means the battery needs a slightly higher charging voltage to maintain the desired charging current. Conversely, as temperature increases, the charging voltage needs to be lowered to prevent overcharging, which can damage the battery.
Battery Temperature Sensor: The battery temperature sensor is a device that measures the temperature of the battery or its immediate surroundings. This sensor provides real-time temperature information to the charge controller.
Voltage Adjustment: The charge controller receives temperature data from the sensor and uses this information to adjust the charge voltage. If the battery is colder than the ideal temperature range, the charge controller increases the voltage slightly to ensure proper charging. If the battery is warmer, the voltage is reduced to prevent overcharging.
Optimal Charging: By continuously monitoring the battery temperature and adjusting the charge voltage accordingly, the charge controller helps maintain optimal charging conditions. This results in improved battery performance, extended lifespan, and enhanced overall system efficiency.
Battery Protection: Correct voltage adjustment based on temperature helps prevent issues like overcharging in warmer temperatures, which can lead to reduced battery life, and undercharging in colder temperatures, which can result in decreased capacity.
Dynamic Adaptation: The voltage adjustment is dynamic, meaning it changes in response to changing temperature conditions. This ensures that the battery is charged optimally throughout its operational range.
The battery temperature sensor is a crucial component in a solar energy system that utilizes a charge controller. It ensures that the charge controller can adapt the charging voltage to the changing temperature conditions, promoting efficient and safe battery charging, enhancing battery lifespan, and overall system performance.
Specifications
Shipping Policy
Return/ Refund
Warranty Policy
Reviews
what’s included
The E2000LFP Expandable Power Station combines power and flexibility in a portable package. Link it with two EB3000 battery packs to reach an impressive 8064Wh capacity - enough for almost any power need.
With 2000W AC output, it runs most household devices and tools without breaking a sweat. The advanced LiFePo4 batteries deliver outstanding durability, keeping 80% capacity even after 3500 charging cycles.
Charging is quick and flexible. The station accepts up to 1300W input across multiple ports, with 600W maximum solar input. Using solar panels, you'll fully charge in 2-3 hours. Need it faster? Dual AC adapters cut that time to just 1.5-2 hours.
Specification
The E2000LFP Expandable Power Station combines power and flexibility in a portable package. Link it with two EB3000 battery packs to reach an impressive 8064Wh capacity - enough for almost any power need.
With 2000W AC output, it runs most household devices and tools without breaking a sweat. The advanced LiFePo4 batteries deliver outstanding durability, keeping 80% capacity even after 3500 charging cycles.
Charging is quick and flexible. The station accepts up to 1300W input across multiple ports, with 600W maximum solar input. Using solar panels, you'll fully charge in 2-3 hours. Need it faster? Dual AC adapters cut that time to just 1.5-2 hours.
Shipping & Delivery
The E2000LFP Expandable Power Station combines power and flexibility in a portable package. Link it with two EB3000 battery packs to reach an impressive 8064Wh capacity - enough for almost any power need.
With 2000W AC output, it runs most household devices and tools without breaking a sweat. The advanced LiFePo4 batteries deliver outstanding durability, keeping 80% capacity even after 3500 charging cycles.
Charging is quick and flexible. The station accepts up to 1300W input across multiple ports, with 600W maximum solar input. Using solar panels, you'll fully charge in 2-3 hours. Need it faster? Dual AC adapters cut that time to just 1.5-2 hours.
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