Maintenance and fault-finding
Can a GivEnergy Solar System Still Be Fixed After the Company Collapsed?
GivEnergy, one of the UK's largest home solar and battery brands, went into administration in April 2026, leaving an estimated 70,000 UK homeowners with orphaned systems and uncertain warranty cover. The good news is that the hardware itself does not stop working because the company is in administration. The harder questions are: what can still be repaired, what monitoring options are left, and what happens if the inverter or battery actually fails?
Helpful video reference. Artisan Electrics' "TRAPPED With A USELESS Solar System?! Can We Fix It?" investigates a real UK home where the GivEnergy system stopped exporting and shows step by step what a qualified electrician can actually do to diagnose and potentially rescue an orphaned installation. Artisan Electrics is a UK electrical installation and solar advice channel covering MCS-certified domestic projects.
Inverter and battery work must be done by a qualified person
If your GivEnergy system has stopped working, do not open the inverter enclosure or battery cabinet yourself. The DC cables connecting your roof panels to the inverter carry voltage whenever there is daylight, and there is no way to make them safe without proper isolation equipment. The AC connection to your consumer unit is live mains. Any inspection, repair, or replacement of GivEnergy inverter or battery hardware must be carried out by a qualified electrician with experience in solar PV systems. An MCS-certified installer can inspect the system, read fault codes, and advise on repair or replacement options safely.
1. Check whether your system is still generating
The first thing to establish is whether your inverter is actually producing power. Log into the GivEnergy portal or app while it remains accessible: if it is showing live generation data, the inverter is working. If you have a smart meter, check whether your import is lower than usual during daylight hours, which also indicates the system is generating even if the portal is unavailable.
Many GivEnergy inverters have a local display panel showing current output in watts, battery state of charge, and any active fault codes. Check the display and make a note of what you see. A solid green light and positive generation figures mean the system is fundamentally functional. A flashing red light or a fault code on the display suggests a hardware problem that needs an electrician's attention, not a cloud connectivity issue.
2. What the collapse actually affects
GivEnergy hardware does not depend on GivEnergy's servers to generate solar power or charge and discharge the battery. The inverter's core functions operate locally, without cloud connectivity. What the administration directly affects is:
- Remote monitoring: the GivEnergy app and portal may become unavailable as the administration process progresses and hosting costs are not renewed.
- Firmware updates: over-the-air updates to the inverter and battery management system will stop, which means known bugs will not be patched.
- Warranty claims: product warranty claims go through the administrator and may not be honoured depending on the insolvency outcome.
- Technical support: the GivEnergy helpline and installer support services have wound down.
What it does not affect is the inverter converting solar DC to AC, the battery storing and releasing energy, or your Smart Export Guarantee payments, which depend on your energy supplier and smart meter, not on GivEnergy's servers.
3. Move to third-party monitoring
Several UK-compatible home energy monitoring platforms can connect to a GivEnergy inverter locally, bypassing the GivEnergy cloud entirely. The most practical option for a technically minded homeowner is Home Assistant with the GivEnergy integration, which connects to the inverter's local Modbus TCP interface on your home network. SolarAssistant is another option that runs on a Raspberry Pi or similar device and presents a clean dashboard without needing the manufacturer's portal.
To use any of these tools, you need your inverter's local IP address on your network and the Modbus address details, which should be in your original installation documentation. If you do not have these, a solar electrician can retrieve them from the inverter's local interface. Note that setting up third-party monitoring does not involve touching any electrical wiring: it is a network configuration task and does not require a qualified electrician unless you want it done as part of a wider inspection.
4. What to do if the system is not working
If your system has stopped generating, the battery is not cycling, or the inverter is showing a fault code, the next step is an inspection by a qualified solar electrician. A competent engineer can read all the inverter fault codes through the local display or a Modbus connection, check the DC isolation switches, measure voltage at the array terminals, and test the battery's state of health. This inspection typically takes one to two hours and will tell you whether the fault is something straightforward (a tripped isolation switch, a blown DC fuse, a simple firmware issue) or something that requires a component replacement.
Do not call a general electrician who has not worked with solar PV systems before. DC wiring from rooftop solar arrays requires specific training and equipment to work on safely, and the battery cabinet contains high-voltage cells that present a serious risk if opened by someone without the right background.
5. Inverter and battery replacement options
If your GivEnergy inverter needs replacing, the DC array wiring on most installations uses standard MC4 connectors and string sizing that is compatible with inverters from other manufacturers. A replacement hybrid inverter from brands such as SolarEdge, Sigenergy, Solis, or GoodWe can often be fitted to the existing cable runs without major rewiring, reducing the cost significantly compared with a fresh installation. An MCS-certified installer can survey the existing cable routes and confirm whether a like-for-like swap is viable.
The battery situation is more complex. GivEnergy batteries communicate with GivEnergy inverters using a proprietary protocol. They cannot simply be connected to a non-GivEnergy inverter without either a hardware compatibility adapter (a niche product that some specialist firms have developed) or a full battery replacement alongside the inverter. If your inverter is working but your battery has failed, get written quotes from at least two MCS-certified installers who have direct experience with GivEnergy systems before deciding on a path. The market for GivEnergy rescue solutions is evolving quickly as more firms address the scale of the problem.
Frequently Asked Questions
Will my GivEnergy system keep working after the company collapsed?
Yes, in most cases. The inverter and battery hardware continue to operate independently of GivEnergy's servers. The system keeps generating solar power and cycling the battery as it always has. What is affected is the cloud monitoring app, over-the-air firmware updates, and warranty support for faulty units. The hardware itself does not stop working because the company is in administration.
Can I replace just the GivEnergy battery and keep the inverter?
This depends on whether you can source a compatible replacement. GivEnergy batteries use a proprietary BMS protocol tied to GivEnergy inverters, so you cannot simply swap in a battery from another brand without either a compatibility adapter or also replacing the inverter. Some UK specialist firms have developed workarounds, and this is an active area. Get written quotes from MCS-certified installers with GivEnergy experience before deciding.
Can I still claim on my GivEnergy warranty?
GivEnergy product warranty claims go through the appointed administrator, and whether they are honoured depends on the outcome of the insolvency process. Check the administrator's published notices for the current position. The 2-year MCS workmanship guarantee on the installation itself still applies to your installer, regardless of what happens to the manufacturer: if the installation itself was defective, that is your installer's responsibility.