A remote diagnostic session reviews your portal data live — system mode, discharge history, CT clamp readings, and event log — and confirms the exact cause.
Book your free remote diagnosticWhat's includedBrilliant support to get my solar battery working again. I didn’t expect help on a Saturday but Ron answered the phone, listened and sent me the information I needed to get it going, answered questions etc. A brilliant service I’d happily recommend.
Ron was brilliant. He really tried to help. He spent hours trying to fix our GivEnergy AIO and ultimately it became apparent that it needed parts to fix the BMS management system. As there appears to be no replacement parts available on the market, he gave excellent advice on what options are now available to move forward. He is incredibly helpful and knowledgeable.
Called back within a day and gave good advice.
Ron was extremely helpful and tried his best to repair/reset our GivEnergy inverter remotely. In the event he was unsuccessful but he couldn’t have been more helpful. If you have problems with a GivEnergy system please contact him. Highly recommended
Big thanks to Ron. He was incredibly patient and helpful over the phone, taking the time to walk myself and the installer through every troubleshooting step. Through lots of testing he figured out the issue was definitely a hardware issue, which allows us to consider our next steps. Support fees are clear and they operate a “no fix no fee” policy. It is rare to find that kind of honesty combined with dedicated phone support nowadays. I highly recommend Ron, if you need help with your solar system don’t hesitate to give him a call.
A superb service from Ron who went beyond the normal service received from other Tech support companies. I live abroad and was badly let down when my givenergy system failed (and the company went bankrupt) and the local supplier ran away from the problem. Ron sorted the problem and even accessed specialist coding for the inverter that would not be available for suppliers. Ron also ran a full diagnostic to insure that all was in good working order afterwards. Without Rons support and patient assistance I doubt I would ever have got the system back up and running. Well done and thankyou and you have a customer for the future.
Brilliant support to get my solar battery working again. I didn’t expect help on a Saturday but Ron answered the phone, listened and sent me the information I needed to get it going, answered questions etc. A brilliant service I’d happily recommend.
Ron was brilliant. He really tried to help. He spent hours trying to fix our GivEnergy AIO and ultimately it became apparent that it needed parts to fix the BMS management system. As there appears to be no replacement parts available on the market, he gave excellent advice on what options are now available to move forward. He is incredibly helpful and knowledgeable.
Called back within a day and gave good advice.
Ron was extremely helpful and tried his best to repair/reset our GivEnergy inverter remotely. In the event he was unsuccessful but he couldn’t have been more helpful. If you have problems with a GivEnergy system please contact him. Highly recommended
Big thanks to Ron. He was incredibly patient and helpful over the phone, taking the time to walk myself and the installer through every troubleshooting step. Through lots of testing he figured out the issue was definitely a hardware issue, which allows us to consider our next steps. Support fees are clear and they operate a “no fix no fee” policy. It is rare to find that kind of honesty combined with dedicated phone support nowadays. I highly recommend Ron, if you need help with your solar system don’t hesitate to give him a call.
A superb service from Ron who went beyond the normal service received from other Tech support companies. I live abroad and was badly let down when my givenergy system failed (and the company went bankrupt) and the local supplier ran away from the problem. Ron sorted the problem and even accessed specialist coding for the inverter that would not be available for suppliers. Ron also ran a full diagnostic to insure that all was in good working order afterwards. Without Rons support and patient assistance I doubt I would ever have got the system back up and running. Well done and thankyou and you have a customer for the future.
In order of how commonly we see each cause.
Eco Mode only discharges reactively when house demand exceeds solar. It does not proactively power the home at night. For scheduled discharge you need Timed Discharge or Time of Use mode.
The battery stops discharging when it hits its minimum SoC floor. If this is set to 30% or higher, a large share of stored energy appears locked away. Find and lower the operating range minimum in your portal settings.
A reversed CT clamp means the inverter cannot correctly read house demand. The battery may appear to discharge but all energy flows to the grid rather than covering home loads. See CT clamp installed wrong.
In Timed Discharge mode, the battery only discharges during the configured window. If the window is not set, is set to the wrong times, or is running on the wrong clock timezone, the battery will sit idle during the intended discharge period.
When grid voltage exceeds the inverter's safety threshold, the inverter suspends discharge as a protection measure. Most common on summer afternoons. Check the event log for overvoltage entries.
Less common. A BMS protection event — due to cell imbalance, over-temperature, or voltage deviation — can lock the battery out of discharge. Usually shows as a fault code in the event log. Requires engineer involvement.
Work through these in order — most cases are resolved before step 4.
Open your portal or app and find the system mode setting. Eco Mode and Self-Consumption mode are reactive — they discharge only when house demand exceeds solar output. They will not proactively discharge the battery overnight to cover home loads.
If you want the battery to discharge on a schedule — for example during 4pm–8pm peak-rate electricity — you need Timed Discharge or Time of Use mode. Set the mode, configure the discharge window and target SoC, save, and verify the setting has stuck.
Find the operating range or minimum SoC setting in your portal. Check what the floor is — if it is set to 20% and the battery is currently at 21%, it will not discharge any further. Note the current battery SoC and compare it to the minimum. If they are close, the battery is working correctly — it has just reached its configured floor. Lower the minimum SoC if you want to access more of the stored energy.
If you are using Timed Discharge or Time of Use mode, confirm the discharge window matches your intended period. Also check the inverter clock — if it is running on UTC when the UK is on BST (UTC+1), the window runs one hour out of phase.
Example: if you want the battery to discharge 16:00–20:00 and the inverter is on UTC during BST, you need to set the window to 15:00–19:00 — or switch the inverter clock to local time.
Turn on a kettle and watch the grid import or house load reading in your portal. It should rise by approximately 2,000–3,000W. If the reading falls, stays flat, or moves in the wrong direction, the CT clamp is reversed — the inverter cannot correctly read house demand, so it cannot direct the battery to cover it. See the CT clamp installed wrong guide for the full diagnostic.
Open the event log in your portal and look for grid overvoltage events, battery protection trips, BMS warnings, or cell voltage alarms. Grid overvoltage (typically above 253V) causes the inverter to suspend discharge automatically. BMS protection events indicate a battery-side hardware issue. Either way, note the exact fault codes — they are the most useful information for a remote diagnostic session.
If your portal shows the battery discharging but the home is still drawing from the grid — or your export figure rises when the battery discharges — the discharge energy is going the wrong way. This is almost always a CT clamp or metering issue.
CT clamp reversed — discharge appears as grid export. A backwards CT clamp inverts the grid measurement. When the battery discharges, the inverter reads it as energy flowing to the grid rather than to the home — so it appears to export rather than consume. The home continues drawing from the grid as normal. The CT clamp test above will confirm this.
Export limit set to 0W blocking discharge. On some systems, a 0W export limit can cause the inverter to restrict or curtail discharge if the CT clamp reading suggests export is occurring. Check the export limit setting in your configuration — if it is 0W and the CT is misreading, discharge may be suppressed. See CT clamp installed wrong for the fix.
Grid overvoltage causing intermittent discharge suspension. If the battery discharges inconsistently — powering the home sometimes but not others — check the event log for intermittent overvoltage events. Grid voltage spikes cause temporary discharge lockouts that can look like the battery is failing to discharge when it is actually responding to a grid protection trigger.
A remote diagnostic session includes a live review of your portal data — system mode, discharge history, CT clamp readings, and event log. We confirm the exact cause and tell you whether it is a settings fix or whether an engineer needs to attend.
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