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mk3:requestbatterytype [2025/04/29 13:37] – angelegt grnbms_techmk3:requestbatterytype [2025/07/22 11:17] (aktuell) – grnbms_tech
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 ⚠️ **Important Rules:** ⚠️ **Important Rules:**
  
-   * +   * Only **one active request**  allowed at a time. 
- +  * Request is **linked to your user account**  and cannot be moved. 
-Only **one active request**  allowed at a time. +  * Your device must be **registered**  to the same account. 
- +  * You need at least a **Basic abbo**. Then the option can be found in the sidebar under “Module types”.
-  * +
- +
-Request is **linked to your user account**  and cannot be moved. +
- +
-  * +
- +
-Your device must be **registered**  to the same account.+
  
 ---- ----
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 ==== Basics ==== ==== Basics ====
  
-  * +  * **Name**: Choose a clear name for your battery. 
- +''➡️ Ideally include **manufacturer**, **model/type**, and other important details '' \\ ''(e.g., "LG INR18650-MJ1 3500mAh"). \\ This helps with **faster and more accurate matching**  during approval. ''—-
-**Name**: Choose a clear name for your battery. +
-  * +
- +
-**ID, Version, Binding ID**: (Admin only) +
-----+
  
 ==== Cell Voltages ==== ==== Cell Voltages ====
  
-  *+  * **Min Volt Warning**: Below this voltage per cell you get a **warning**. 
 +  * **Min Volt Error**: Below this voltage per cell the **system enters error**. 
 +  * **Max Volt Warning**: Above this voltage per cell you get a **warning**. 
 +  * **Max Volt Error**: Above this voltage per cell the **system enters error**. 
 +❗ **¹ Attention**:
  
-**Min Volt Warning**: Below this voltage per cell you get a **warning**. +''These voltages are **per cell**! \\ Internally, the system multiplies by the number of **cells in series**  (12S = ×12).''
-  * +
- +
-**Min Volt Error**: Below this voltage per cell the **system enters error**. +
-  * +
- +
-**Max Volt Warning**: Above this voltage per cell you get a **warning**. +
-  * +
- +
-**Max Volt Error**: Above this voltage per cell the **system enters error**. +
-❗ **¹ Attention**: \\ These voltages are **per cell**! \\ Internally, the system multiplies by the number of **cells in series**  (12S = ×12).+
  
 ---- ----
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 ==== Temperature ==== ==== Temperature ====
  
-  *+  * **Temp Sensor Type**: Choose the sensor used (e.g., NTC10k, PT1000, etc.). 
 +  * **Temp Sensor Count (GRN CMU)**: How many temp sensors your CMU uses (0–3). 
 +ℹ️ **Note:** \\ ''These fields are **only relevant**  if you are using a **GRN CMU**  (Cell Monitoring Unit). \\ If your battery does **not**  use a GRN CMU, you can ignore these settings.''
  
-**Temp Sensor Type**: Choose the sensor used (e.g., NTC10k, PT1000, etc.). +  * **Min Temp Warning**: Below this temperature you get a **warning**. 
-  * +  * **Min Temp Error**: Below this, the system enters **error**. 
- +  * **Max Temp Warning**: Above this temperature you get a **warning**. 
-**Temp Sensor Count (GRN CMU)**: How many temp sensors your CMU uses (0–3). +  * **Max Temp Error**: Above this, the system enters **error**. (All values in °C) 
-  * +—-
- +
-**Min Temp Warning**: Below this temperature you get a **warning**. +
-  * +
- +
-**Min Temp Error**: Below this, the system enters **error**. +
-  * +
- +
-**Max Temp Warning**: Above this temperature you get a **warning**. +
-  * +
- +
-**Max Temp Error**: Above this, the system enters **error**. +
-(All values in °C) +
- +
-----+
  
 ==== Balancing ==== ==== Balancing ====
  
-  * +  * **Min Balance Voltage**: Start balancing when **cell voltage**  reaches this value. 
- +  * **Max Balance Voltage**: Stop balancing above this value. 
-**Min Balance Voltage**: Start balancing when **cell voltage**  reaches this value. +  * **Max Balance Load**: Maximum **battery load**  (in %) up to which balancing is still active. \\ If the load exceeds this percentage, balancing is **automatically paused**  to avoid interfering with heavy charging/discharging. 
-  * +  * **Balance Current**: Estimated balancing current per cell (A). 
- +  * **Balance Target (overall)**: Balancing goal voltage across all cells. 
-**Max Balance Voltage**: Stop balancing above this value. +—-
-  * +
- +
-**Max Balance Load**: Maximum PWM percentage (0–100 %) the balancing circuit uses. +
-  * +
- +
-**Balance Current**: Estimated balancing current per cell (A). +
-  * +
- +
-**Balance Target (overall)**: Balancing goal voltage across all cells. +
-----+
  
 ==== Delta (Cell differences) ==== ==== Delta (Cell differences) ====
  
-  *+  * **Delta Warning 0 Load**: Maximum allowed voltage difference between cells **at no load**  (relaxed battery). 
 +  * **Delta Error 0 Load**: Error if exceeded **at no load**. 
 +  * **Delta Warning Full Load**: Max allowed difference under **full load**. 
 +  * **Delta Error Full Load**: Error if exceeded under **full load**. 
 +❗ **¹ Attention**:
  
-**Delta Warning 0 Load**: Maximum allowed voltage difference between cells **at no load**  (relaxed battery). +''The value you set is **per cell**  but the system multiplies it with the number of **cells in series**  for calculations.''
-  * +
- +
-**Delta Error 0 Load**: Error if exceeded **at no load**. +
-  * +
- +
-**Delta Warning Full Load**: Max allowed difference under **full load**. +
-  * +
- +
-**Delta Error Full Load**: Error if exceeded under **full load**. +
-❗ **¹ Attention**: \\ The value you set is **per cell**  but the system multiplies it with the number of **cells in series**  for calculations.+
  
 ---- ----
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 ==== Current Limits ==== ==== Current Limits ====
  
-  * +  * **Max DC Current**: Max **discharge current**  allowed per cell (in Ampere). 
- +  * **Max CH Current**: Max **charge current**  allowed per cell (in Ampere). 
-**Max DC Current**: Max **discharge current**  allowed per cell (in Ampere). +  * **Cell Capacity Wh**: Energy content of **one single cell**  in Watt-hours. 
-  * +❗ **² Attention (for currents):**
- +
-**Max CH Current**: Max **charge current**  allowed per cell (in Ampere). +
-  *+
  
-**Cell Capacity Wh**: Energy content of **one single cell**  in Watt-hours. +DC and CH currents are multiplied by **parallel strings**. \\ ⚡ Example: \\ If you have 5P (5 cells in parallel), the allowed system current = Value × 5.
-❗ **² Attention (for currents):** \\ DC and CH currents are multiplied by **parallel strings**. \\ ⚡ Example: \\ If you have 5P (5 cells in parallel), the allowed system current = Value × 5.+
  
 BUT: \\ If you use pre-assembled battery modules (e.g., 12S5P module), the **whole module**  counts as **1 parallel group**  for the BMS! \\ → So in this case, do NOT multiply by 5 manually! BUT: \\ If you use pre-assembled battery modules (e.g., 12S5P module), the **whole module**  counts as **1 parallel group**  for the BMS! \\ → So in this case, do NOT multiply by 5 manually!
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 ⚡ Example: ⚡ Example:
  
-  *+  * Module = 12S5P 
 +  * Total cells = 12 × 5 = 60 
 +  * If total module has 600Wh,
  
-Module = 12S5P +then **cell capacity**  must be: \\ 600Wh ÷ 12 cells = **50Wh** \\ (not ÷60!)
- +
-  * +
- +
-Total cells = 12 × 5 = 60 +
- +
-  * +
- +
-If total module has 600Wh, \\ then **cell capacity**  must be: \\ 600Wh ÷ 12 cells = **50Wh** \\ (not ÷60!)+
  
 ---- ----
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 ==== Tables (Temperature / SOC Maps) ==== ==== Tables (Temperature / SOC Maps) ====
  
-**Temperature vs Current:**+  * **Temperature vs Current**: Defines **how much current is allowed depending on cell temperature**.🔥 The colder or hotter it gets, the **lower**  the allowed charge/discharge current. 
 +  * **SOC vs Current**: Defines **how much current is allowed depending on State of Charge (SOC %)**.🔋 At very low or very high SOC, the allowed current is automatically **reduced**. 
 +❗ **Important:**  Both maps **limit the maximum available current in %**  relative to the normal current settings!
  
-  * +(Example: If 50% is set, only half the current is allowed at that point.)
- +
-Defines how much current is allowed depending on temperature. +
- +
-**SOC vs Current:** +
- +
-  * +
- +
-Defines current limits depending on the State of Charge.+
  
 **Voltage vs SOC:** **Voltage vs SOC:**
  
-  * +  * Defines how a measured cell voltage is mapped to a SOC %.
- +
-Defines how a measured cell voltage is mapped to a SOC %.+
  
 ---- ----
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 After filling everything carefully, press **"Send Request"**. \\ Your request will be reviewed manually. After filling everything carefully, press **"Send Request"**. \\ Your request will be reviewed manually.
 +
 +–
 +
 +====== What happens after submission? ======
 +
 +  * After you send the request, it will go through a **manual review**  by our team.
 +  * You will receive an **email notification**  at every step:
 +      * When you **submit**  the request
 +      * When your request is **approved**
 +      * When your request is **rejected**
  
  
mk3/requestbatterytype.1745933869.txt.gz · Zuletzt geändert: 2025/04/29 13:37 von grnbms_tech