ccgx:generator_start_stop
Differences
This shows you the differences between two versions of the page.
Both sides previous revisionPrevious revisionNext revision | Previous revisionLast revisionBoth sides next revision | ||
ccgx:generator_start_stop [2018-03-21 17:44] – [Relays triggered by Battery Voltage] justin_tyers_live_a_c | ccgx:generator_start_stop [2020-09-29 15:00] – [5. Settings] mvader | ||
---|---|---|---|
Line 1: | Line 1: | ||
- | ====== Generator auto start/ | + | ====== |
- | ===== Introduction ===== | + | ===== 1. Introduction ===== |
- | An internal relay on the CCGX/Venus GX can be used to automatically start and stop a generator. This relay - or switch - can be ' | + | An internal relay on a [[venus-os: |
+ | This is one of the available options to automatically start and stop a generator. See the [[auto-generator-start-stop: | ||
+ | |||
+ | ===== 2. Wiring ===== | ||
Firstly, wire the relay to a genset. The relay is located on the back of the CCGX - marked //Relay//. If using a Venus GX, two relays will be seen at the bottom of the unit - only //Relay 1// can be used for the generator automatic start/stop functionality. | Firstly, wire the relay to a genset. The relay is located on the back of the CCGX - marked //Relay//. If using a Venus GX, two relays will be seen at the bottom of the unit - only //Relay 1// can be used for the generator automatic start/stop functionality. | ||
Line 10: | Line 13: | ||
Besides driving the internal relay, the auto start/stop functionality can be also enabled to directly control supported Fischer Panda generators. For more information on how to connect Fischer Panda generators, see [[ccgx: | Besides driving the internal relay, the auto start/stop functionality can be also enabled to directly control supported Fischer Panda generators. For more information on how to connect Fischer Panda generators, see [[ccgx: | ||
- | ===== Enabling the start/stop function ===== | + | |
+ | There are many variations on the generator side for wiring and you should also consult your generator manual or supplier regarding their remote wire start configuration. | ||
+ | |||
+ | ===== 3. Enabling the start/stop function ===== | ||
Go to: Setttings -> Relay and set the // | Go to: Setttings -> Relay and set the // | ||
- | ====Relay==== | + | ===Relay=== |
{{: | {{: | ||
Now that has been enabled, all the settings pertaining to the //Automatic Generator Start/ | Now that has been enabled, all the settings pertaining to the //Automatic Generator Start/ | ||
- | ====Fischer Panda==== | + | ===Fischer Panda Generators=== |
- Enable the " | - Enable the " | ||
Line 28: | Line 35: | ||
{{: | {{: | ||
- | =====Main page===== | + | ===== 4. Generator start/stop - Main page===== |
- | From the main menu select Settings > Generator start/stop: | + | From the Main Menu select Settings > Generator start/stop: |
{{: | {{: | ||
Line 38: | Line 45: | ||
* **Error**: Error description. | * **Error**: Error description. | ||
- | * **Runtime**: | + | * **Runtime**: |
* **Total run time**: Accumulated running time since the first start. | * **Total run time**: Accumulated running time since the first start. | ||
- | * **Time to next test run**: When the test run option is enabled this item shows the time remaining until the next test run. | + | * **Time to next test run**: When the 'test run' |
* **Daily runtime**: Running time history for the last 30 days. | * **Daily runtime**: Running time history for the last 30 days. | ||
Line 48: | Line 55: | ||
* **Settings**: | * **Settings**: | ||
- | ===== Settings ===== | + | ===== 5. Settings ===== |
{{: | {{: | ||
* **Conditions**: | * **Conditions**: | ||
- | * **Minimum | + | * **Minimum |
- | * **Detect generator at AC input**: Enabling this feature will sound an alarm whenever power is //not// detected at the AC input terminal of the Inverter/ | + | * **Detect generator at AC input**: Enabling this feature will raise an alarm on the GX device, as well as trigger an alarm email from the VRM portal(1), |
* **Quiet hours**: See [[#Quiet hours|Quiet hours]] | * **Quiet hours**: See [[#Quiet hours|Quiet hours]] | ||
Line 62: | Line 69: | ||
* **Generator total run time**: Reset, or modify, the total run-time hours. | * **Generator total run time**: Reset, or modify, the total run-time hours. | ||
- | ===== Conditions ===== | + | ===== 6. Conditions: User-definable parameters which trigger a generator auto-start. |
- | To get to // | + | To get to // |
{{: | {{: | ||
Line 79: | Line 86: | ||
* **Do not run genset when AC 1 is in use**: This option is ideal for back-up systems where a Quattro has mains/grid electricity connected to its //AC-in 1// terminal, and a Genset connected to its //AC-in 2// terminal. With this option enabled, the Genset will only start after a mains failure. And where a mains failure has occurred, the Genset will automatically be stopped again as soon as mains power is restored. This functionality is not available for VE.Can connected Quattros. | * **Do not run genset when AC 1 is in use**: This option is ideal for back-up systems where a Quattro has mains/grid electricity connected to its //AC-in 1// terminal, and a Genset connected to its //AC-in 2// terminal. With this option enabled, the Genset will only start after a mains failure. And where a mains failure has occurred, the Genset will automatically be stopped again as soon as mains power is restored. This functionality is not available for VE.Can connected Quattros. | ||
- | The following parameters may be user-defined to trigger an automatic Generator start/stop: | + | === The following parameters may be user-defined to trigger an automatic Generator start/ |
* Manual | * Manual | ||
Line 93: | Line 101: | ||
Condition-parameters are prioritized in the order shown above. When a number of conditions are reached at the same time, only the highest-priority condition will be shown as active. | Condition-parameters are prioritized in the order shown above. When a number of conditions are reached at the same time, only the highest-priority condition will be shown as active. | ||
All enabled conditions will be evaluated - even if the generator is already running. When the active condition has been satisfied, an un-met parameter in a lower-priority condition will keep the generator running. | All enabled conditions will be evaluated - even if the generator is already running. When the active condition has been satisfied, an un-met parameter in a lower-priority condition will keep the generator running. | ||
- | ==== Relays triggered by Battery | + | === Relays triggered by Battery SOC === |
+ | |||
+ | ***Use Battery SOC value to start/ | ||
+ | ***Start when Battery SOC is lower than:** Set the depletion level for auto-start. | ||
+ | ***Start value during quiet hours:** During [[#Quiet hours|Quiet hours]] it may be desirable to delay an auto-start until it really can't be avoided. If //Quiet hours// has been defined, set a lower, more critical, autostart level. | ||
+ | ***Stop when Battery SOC is higher than:** Set the recharge level for auto-stop. | ||
+ | ***Stop value during quiet hours:** If [[#Quiet hours|Quiet hours]] has been defined, set a lower auto-stop level to achieve a shorter generator run-time. | ||
+ | |||
+ | === Relays triggered by Battery | ||
+ | |||
+ | ***Use Battery current value to start/ | ||
+ | ***Start when Battery current is higher than:** When a high AC demand is experienced which will soon exhaust the battery, the generator can be auto-started to assist in meeting that demand. Set the current-level at which this will occur. | ||
+ | ***Start value during quiet hours:** If [[#Quiet hours|Quiet hours]] has been defined, set a higher, more critical current value. | ||
+ | ***Start after condition is reached for:** Set a delay before auto-start. Some AC device will draw a short-term, high-peak current on start-up. Instigating a delay before auto-start will avoid starting the generator unnecessarily. | ||
+ | ***Stop when battery current is lower than:** Set the current for auto-stop. | ||
+ | ***Stop value during quiet hours:** If [[#Quiet hours|Quiet hours]] has been defined, set a higher current level to achieve shorter generator run-times. | ||
+ | ***Stop after condition is reached for:** Set a delay to ensure that the current-reduction condition is stable. | ||
+ | |||
+ | === Relays triggered by Battery Voltage | ||
+ | |||
{{: | {{: | ||
- | * **Use battery voltage value to start/ | + | * **Use battery voltage value to start/ |
* **Start when battery voltage is lower than**: When battery voltage falls below the value entered the relay will start the generator. | * **Start when battery voltage is lower than**: When battery voltage falls below the value entered the relay will start the generator. | ||
- | * **Start value during quiet hours**: If the [[# | + | * **Start value during quiet hours**: If [[# |
- | * ** Start after the condition is reached for**: | + | * ** Start after the condition is reached for**: |
- | * **Stop when " | + | * **Stop when battery voltage |
- | * **Stop value during quiet hours**: | + | * **Stop value during quiet hours**: |
- | * ** Stop after the condition is reached for**: | + | * ** Stop after the condition is reached for**: |
- | * Higher/ | + | === Relays triggered by AC load === |
- | ==== AC load condition ==== | + | AC load triggers work similarly to other triggers |
- | AC load condition works like the rest of conditions | + | |
+ | The // | ||
+ | * **Total consumption** (Default option) | ||
+ | * **Inverter total AC out** | ||
+ | * **Inverter AC out highest phase** | ||
{{: | {{: | ||
{{: | {{: | ||
- | The " | ||
- | * **Total consumption** (Default option) | ||
- | * **Inverter total AC out** | ||
- | * **Inverter AC out highest phase** | ||
+ | === Relays triggered by Inverter High temperature === | ||
+ | |||
+ | ***Start on high temperature warning:** Toggle this feature on or off. | ||
+ | ***Start when warning is active for:** Set a delay to avoid temperature rises which are temporary, caused by brief high AC demands. | ||
+ | ***When warning is cleared stop after:** Set a delay to ensure that a reduction in inverter temperature - usually caused by lower power demand - is stable. | ||
+ | |||
+ | |||
+ | === Relays triggered by Inverter overload === | ||
+ | |||
+ | ***Start on overload warning:** Toggle this feature on or off. | ||
+ | ***Start when warning is active for:** Set a delay to ensure that the inverter overload warning has not been triggered by a high-demand of AC power of only short duration. | ||
+ | ***When warning is cleared stop after:** Set a delay to ensure that the reduction in AC power demand is stable. | ||
- | ==== Test run condition ==== | + | === Automatic periodic 'Test run' |
- | Allows you to program | + | This feature allows automatic generator starts, periodically, |
{{: | {{: | ||
- | * **Test run interval**: | + | * **Test run interval**: |
- | * **Skip test run if has been running for**: The test will be skipped if during the test run interval the generator | + | * **Skip test run if has been running for**: The test will be skipped if during the test run interval the generator |
- | * **Test interval start date**: The interval | + | * **Test interval start date**: The 'test run' |
- | * **Start time**: Time of day in which the generator will start | + | * **Start time**: Time of day at which the generator |
- | * **Test duration**: Duration of the test | + | * **Test duration**: Duration of the test. |
- | * **Run until battery is fully charged**: | + | * **Run until battery is fully charged**: |
- | ==== Manual | + | |
- | Use the manual | + | === Manual-Start Feature |
+ | Use the // | ||
There are two ways to start the generator manually: | There are two ways to start the generator manually: | ||
- | * **Using menu**: Go to Generator start and stop -> Manual start and use the switch | + | * **Using |
- | * **Using | + | * **Using |
{{: | {{: | ||
Line 157: | Line 198: | ||
{{: | {{: | ||
- | **WARNING: | + | **WARNING: |
- | + | ||
- | In both options the use of a stop timer is available, use the timer to program the generator stop. | + | |
- | Manually | + | The stop timer is available to both methods of manually remote-starting |
+ | Note that stopping the generator manually can only be achieved when no un-met ' | ||
- | ===== Quiet hours ===== | + | === Quiet hours === |
{{: | {{: | ||
- | Quiet hours allows you to set a time zone for nighttime with values that make the generator | + | //Quiet hours// allows you to define |
- | When the "Quiet hours" mode is active, | + | From the main menu go to: Settings -> Generator start/stop -> Settings; and then |
+ | toggle-on the //Quiet hours// feature. Define | ||
- | To enable it go to the settings menu and set the " | + | // |
- | Once enabled start and end time settings will become visible. | + | |
- | You can make the "Quiet hours" | + | === Using "Quiet hours" |
+ | Alternatively, | ||
- | === Using "Quiet hours" | + | * **Early morning/low SOC**: Battery SOC is often lowest in the morning. Couple this with cloudy weather first thing - or panels which have a westerly bias, and which tend to do better in the afternoon; and you have a circumstance where the generator may auto-start in the morning triggered by a low battery SOC condition - yet later on when the day brightens the solar energy is wasted because the work has already been done by the generator. Setting the //Quiet hours// feature |
- | Besides | + | |
- | Examples of the use of different time zones: | + | * **Holiday home**: Holiday homes which are only inhabited part-time experience much deeper power-draws when they are in use. The //Quiet hours// feature can be used to set much lower auto-start parameters when the house is in use, than when it is empty. Quiet hours should be set to be the //permanent condition// (See above) during occupation; and the //Quiet hours// feature can be toggled ' |
+ | ===== 7. Troubleshooting ===== | ||
+ | === Fischer Panda: Generator does not start and " | ||
- | * **Solar system**: A cloudy morning may cause the generator to start by a low SOC condition, then two hours after the clouds go away. In this case your batteries are charged and your solar system wasting free energy. To avoid this situation you can set a time zone for daytime with a lower start value for the SOC condition. | + | Enable |
- | * **Away mode**: Some holiday houses are only inhabited on weekends during which power consumption is larger and the generator has to take care of keep batteries in good condfition. The rest of the week the battery SOC level can be lower waiting to be charged by solar energy. With time zones you can set a secondary time zone for the whole day and only enable/disable it when the house is uninhabited. | + | ===Fischer Panda: Auto start/stop function has stopped working after an error=== |
- | =====Troubleshooting ===== | + | Make sure that the issue is solved, then clear the error, and the auto start/stop function will work again. |
- | ====Fischer Panda: Generator does not start and " | + | |
- | Enable the " | ||
- | |||
- | ====Fischer Panda: Auto start/stop function stopped working after an error==== | ||
- | |||
- | Make sure that the issue is solved and clear the error to make the auto start/stop function work again. | ||
===== DISQUS ===== | ===== DISQUS ===== | ||
~~DISQUS~~ | ~~DISQUS~~ | ||
+ |
ccgx/generator_start_stop.txt · Last modified: 2021-02-05 08:58 by mvader