See what electricity plans are currently on offer for battery owners from the ‘Big Three’ electricity retailers — AGL, Origin Energy and EnergyAustralia — in QLD, NSW, VIC and SA. For some of plans, hooking up to a Virtual Power Plant isn’t required.
Before we jump in, trying to find a common address where all offers applied to do some sort of comparison was quite difficult; meaning that even if an offer is available in your state, it may not be in your location. Also bear in mind electricity plan consumption rates and daily charges will vary based on your location.
AGL: Battery Saver Campaign
AGL recently launched its Battery Saver Campaign linked to its existing Battery Rewards Plan expected to run until March 2026 for eligible customers in Queensland, New South Wales, Victoria and South Australia. The campaign features two offers.
The first is a plan where new and switching customers can earn $800 in bill credits after 12 months of participation. Battery owners will also receive gift cards worth “at least” 25c/kWh when they export to the grid between 5pm and 9pm. The gift card cap is $1,600.
Outside of those times, the feed in tariff is 4c/kWh feed-in tariff (excl. GST) for solar exports.
There’s also a special deal for SigEnergy SigenStor battery owners. Those who sign up and stay on the plan for 12 months will receive a $1,000 bill credit, plus the prepaid Visa gift cards (again worth at least 25c/kWh) by exporting power during the 5pm–9pm window.
In both cases:
“Export as much or as little as you want between 5pm-9pm,” says AGL. “We won’t touch your battery unless you join our Virtual Power Plant.”
As for other rates for usage, consumption and feed-in under these offers, it depends on your location. But for an address in Sydney that I’ll use to compare the other two retailers as well, they were:
- Daily Supply: 130.691 c/day
- Peak usage: 54.527 c/kWh
- Shoulder/Off-peak usage: 19.998 c/kWh
- Off-peak feed-in tariff: 4c/kWh
AGL says you can change your plan anytime and if you wish to leave, they won’t charge an exit fee.
Origin Energy’s Home Battery Electricity Plans
For the sake of transparency, I’ll first point out that SolarQuotes was acquired by Origin in December last year. But we remain an independent business unit run by the same team.
That out of the way, Origin has just added more plans for eligible battery owners in Queensland, New South Wales, Victoria and South Australia.
Battery Lite: (Also available in the ACT). Provides up to $400 value in the first year, paying customers $200 on sign-up and $1/kWh to export energy “when the grid needs it” (up to 200kWh annually). But you’ll need to participate in the Origin Loop Virtual Power Plant (VPP).
This offer is available with any Origin electricity plan, so usage rates, daily charges and feed-in tariffs outside of VPP events will vary depending on the plan and your location. There are no lock-in contracts and you can leave at any time.
Battery Maximiser: Provides uncapped exports and earnings, with a peak feed-in tariff (FiT) of 22c/kWh (4pm-9pm in QLD, and 5pm-9pm in NSW, VIC and SA.). Charging and exporting is automated —in other words, this plan also involves participation in the Origin Loop VPP. Origin says it aims to reserve at least 20% of your battery after a high demand event.
Consumption rates, daily charges and off-peak feed-in tariff for the same Sydney address:
- Daily Supply: 125.67 ¢/day
- Peak: 53.9 c/kWh
- Off peak: 18.7 c/kWh
- Feed-in tariff outside peak times: 5c/kWh.
There’s no lock-in contract or exit fees.
Battery Starter: Designed for customers who prefer manual control, this electricity plan offers a peak FiT of 18c/kWh and uncapped solar and battery exports. VPP participation is not required. You can leave the plan anytime and there are no exit fees.
Consumption rates, daily charges and off-peak FiT for the same Sydney address:
- Daily Supply: 125.67 ¢/day
- Peak: 57.31 c/kWh
- Off peak: 33 c/kWh
- Feed-in tariff outside peak times: 5c/kWh.
Again, no exit fees and you can leave anytime.
More information on these plans can be found here.
EnergyAustralia: BatteryEase (VPP)
BatteryEase is a Virtual Power Plant product, currently only available in NSW.
You can earn 12c/kWh feed-in tariff on the first 15 kWh exported daily – plus up to $180 in bill credits every year.
EnergyAustralia says they’ll discharge up to 200 kWh a year from your battery, including during periods of peak demand or when electricity prices are high. Participants receive a $15 credit every month for taking part whether EnergyAustralia accesses your battery or not, and the company commits to ensuring at least 10% capacity is left in your battery when using it for their VPP.
The retailer also offers battery optimisation, such as charging when energy is cheaper to try to reduce your bills.
Other rates and FiT details (same address in Sydney):
- Daily Supply Charge: 105.49 c/day
- Peak usage rate: 64.23 c/kWh
- Shoulder usage rate: 36.04 c/kWh
- Off-peak usage rate: 27.69 c/kWh
- Block 2 feed-in tariff (>15kWhs/day): 7.6 c/kWh
EnergyAustralia used to have another VPP offer, PowerResponse Virtual Power Plant, that was available in Queensland, New South Wales, ACT, Victoria and South Australia; but that hasn’t been accepting new customers for some time.
More details on BatteryEase can be found here.
With some of the above plans and where a VPP is involved, there could also be extra cash incentives under the NSW Government’s Peak Demand Reduction Scheme (PDRS) and the South Australian Government’s Retailer Energy Productivity Scheme (REPS).
Bear in mind too the “Big Three” aren’t the only players with battery plans. For example, there’s Amber for Batteries, which connects customers directly to the wholesale electricity market. Amber passes on that pricing without markup and makes its money by charging customers a membership fee of $25 a month currently.
Whether you’re a home battery owner or just have solar panels, shop around for electricity plans to ensure you’re on the best deal. And whatever plan grabs your interest, read the eligibility requirements, terms and conditions carefully as there are often devils in the detail. And if you want to see how Virtual Power Plants stack up side-by-side, see the SolarQuotes VPP comparison table.
Considering energy storage for your place? Check out SolarQuotes’ comprehensive home battery guide that will take you through solar battery prices, rebates, paybacks and brands.
About Michael Bloch
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when the system changes so i can sell my power to someone other than whom sells me my power, (IE they are uncoupled) i might be interested, until then its still nope.
LocalVolts enables you to do this (i.e. sell direct to other users or ‘peers’) see https://localvolts.com/
cheers Keith, i will look at that!
Thing is i dont really care about the usage charge since i have a Powerwall 3,
im looking for the lowest daily supply charge and best feed in rate to offset my bill to $0
Currently im on the AGL Powering on Plan (Plan formerly with Ampol Energy)
So far its still the cheapest out there
Daily Supply Charge: 94.49c/day
Usage per kWh: 26.18c/kWh
Feed-in: 5c/kWh
Im thinking of switching to amber after the my plan ends
what are everyones thoughts
I have 6.6kw Solar Systemand a Tesla Powerwall 3
Averaging 24kWh a day House usage in summer (High A/C Usage)
12.7kWh from Solar
11.03kWh from Battery
Averaging 15.8kWh a day House usage in Winter
6.84kWh from Solar
8.97kWh from Battery
Hayden, read the FB Amber users group for a while before signing up there.
Honestly, it seems to me if you have about 10kwh of battery, you are really only covering your year round household peak tariff needs (sans heavy AC draw), if you want to play good retailers FIT market, you want a spare 10kwh, so about 20kwh of battery, and if you want to play the Amber game, you want at least 30kwh, and have an inverter that can dump fast (10kw), AND you need a system compatible with smartshift, so you can optimise those settings, and finally you must be able to curtail when the prices go negative for feed in, of it’ll cost you a lot . . . and that is happening a lot more now with the amount of solar and battery going on.
There are many others with far better offers than the big 3 in this article . . . most leaving Amber are going onto Glowbird, Ovo (AGLs ‘cheap’ brand) also has some deals, here in SA iO Energy has the best plan I have found for a small FIT retailer, SA Sustainable Home plan.
Many thanks Les for this extra information!
Hi there, Im posting this as I need help and I’m hoping someone else may have the same issue?
I purchased my Solar system a couple of years ago and got connected to provider of the solar system.
My system comprises 24x415w QCells panels. A QCells inverter and 2 x 6.96Kw batteries running as a member of ArcStream in their VPP but running in self consumption mode. The rates were great and I was getting good payback for my system. Then the provider changed and I became part of Nectr’s VPP. The rates were still good and I was happy with the payback. During last 12 months, QCells exited the Australian market and Nectr’s prior plans are no longer available as of December 6th 2025 and there are very few very restricted plans for QCells battery customers.
I am in victoria and am hoping there are others like me that are looking for reasonable plans QCells equipment.
I look forward to any posts that can help suggest any options. I am still trying to to get full payback in last 4 years.
I have been with Amber for nearly 2 months. The Smartshift is not very efficient, and really only sells at a wholesale FIT of 15c and there are many days even like todays heatwave that may not be hit which means you have to manually monitor and export if you want to.
With a single 13.5kWh battery you would be exporting a lot of power from possibly midday at a negative Fit (yes negative), and the only way to stop this would be to have the jugs, microwave, A/C etc on constantly when the sun is shining or ‘go off grid’ if you have blackout protection.
With a single 13.5kw I would not recommend it as you are unlikely to recover the $25 fee as well as you would under the say AGL plan. Don’t fall for the advertised spike prices – I have not seen it once even hitting $1 (except in an estimate 10 minutes in advance of $24 only to fall to 19c).
Amber customer service has gone from bad to non existent. Waiting for over two weeks on multiple queries. Phone calls – forget it.
SmartShift isn’t really that Smart…. 😉
Best thing I did was remove its connection to my battery and move to using https://energymanager.com.au/usersc/join.php?ref=FE8J34EN
Costs me $10 p/m but worth it, whilst also having better control over if I buy/sell, how much I buy/sell for etc.
The main problem is negative feedin price…. it that really what the whole sell price or Amber just scams us?
Yes the grid has too much power during sunny days (especially 10am -3pm), so wholesale rates are negative. Unless you have >30 kWh capacity battery and discharge at night it is likely with 6.6kw of panels you will sell 6+ kWh at a loss with Amber.
Amber Smartshift not smart.
When the prices go negative can’t you just stop exporting power and start importing to charge your batteries/EVs?
@Ross
that is what Ambers SmartShift does. Negative Feed in Tariff (FiT) curtailment.
I have a 15 kWh solar system and a 24 kWh Sigenergy battery. I briefly tried Amber, but found the service misleading: the price forecasts were consistently exaggerated, and the feed-in tariffs were never competitive—not even during night-time export windows. I’ve since switched to Energy Locals (VIC), and I’m now earning money by exporting from 4–9 pm at 12 cents per kWh. I also prefer maintaining full control of my battery, which is another key reason I won’t be joining any VPP.
Paolo C.
Hi Haden
I am with amber and found that it doesn’t go close living up to their promises so far. I’m looking for an alternative myself. I will look into that AGL plan. Thanks for mentioning it.
I read to the end trying to find the section where it was clearly a good deal for someone with a battery to sign up to one of these plans. Silly me….
Kala,
Monopolists are price makers, rats&mice producers are price takers – like dairy farmers. Corporate bean counters will price-set to not only cover the substantial cost of maintaining and now expanding Australia’s long-legged grid, but to gratify shareholders with a healthy profit.
When there are very many domestic generators, it will become necessary for the feed-in to not quite cover service & usage charges – to maintain the necessary corporate cashflow to stay in business. I.e. it is essential to collectively feed the grid money, whether individually feeding it power, or not. Hours of free energy, and differential pricing, are all a dance to motivate grid-favourable behaviour, reducing transition pain until a renewable grid has evolved. Primarily, it’s sell wholesale, but buy retail – a standard fleecing siphon.
If prosumers can barely break even, then there’s less need for roofless consumers and industry to carry the entire cost of the grid.
Yes agreed,
Origin and all the others are in it for the CEO pay-packets and shareholder dividends, the con- or pro-sumers are merely the tap they turn for the money to pour out.
On top of that, the idea that in the future a private company could eventually gain access, and control, of my equipment (that I paid for) via a government mandated VPP requirement is totally insane. The best way to benefit from solar and storage is disconnect yourself entirely and go off-grid.
Unfortunately not all of us can afford to do that. We are stuck on the corporate greed mouse wheel.
Erik, the risk is prosumers doing the maths and discovering that off-grid is a better RoI for them, and leaving roofless consumers and industry to carry the entire cost of the grid.
Currently most battery owners are relying on the grid as a backup option, but that presupposes reliability, which as a recent reported lengthy blackout shows (northern NSW and QLD?) is far from guaranteed.
In my own case the battery payback period is something like 15 years*, and interest lost would add another year. Unless blackouts, and grocery losses, become a regular thing, &/or FiTs and government credits reduce so much as to change that equation, it’s simply not worth the investment. But if the equation changes too much then the money saved by not paying daily supply would allow for more battery capacity and a small generator.
Electricity companies have a narrow window for retaining customers while still making a fair profit.
*I probably should get a fresh quote to see if the maths has changed.
I think you’ll be disappointed John,
I got three recent battery system quotes and they were on average $17,000 for a decent branded system to be 85-90% self sufficient with a payback of 15-17 years. Well after the expected life of the battery.
Capital outlay was just too steep for me given the low returns. You either have to be a huge user of power, a solar devotee, or so awash with cash you don’t care.
Hi Kala,
Just curious, are there any other household appliances that pay you to own them?
The couch and the dog certainly don’t offer much ROI but people seem to obsess about it with solar.
Return on investment is not rhe only thing I consider .. the ‘up yours factor’ (the ability to tell power barons to go do something physically impossible has much value to me Reliability is also impoetan5 since in my area the grid falls over rhree rimes per week (ancient infrastrucrure and countless trees)
That seems like almost a personal attack Bennett i.e. poor form from a mod.
Folk usually use their household appliances, or furniture, so the ‘RoI’ is the use they get out of them e.g. bookshelves holding books = cost/years of use. But you use a battery in the same sense as you use the grid, so treatment should be similar. The grid is a cost for service over time. A battery however is a huge capital investment which has to provide a return or else it’s worthless. Remember, the grid, at least in theory, will last until you’re dead and buried. Your battery will only last about 10 years. If it lasts longer, great, but you can’t rely on that, so you need RoI within 10 years or it’s a waste of money, even a generous donation to your preferred electricity retailer!
As for a dog, that’s supposed to be either company or a member of the family. Do you work out the RoI on your kids, or your wife? Most folk would recognise that’s not the sort of thing you ask, or even think.
Thank you John,
Yes I took it as a personal attack so decided not to honour it with a response.
You clearly understood that my comment was in relation to your question wondering if it was worth revisiting the numbers on a system, not whether ROI is the only reason to get a solar system.
People have various reasons for getting solar/batteries including just “sticking it to the man”. Which is a luxury I cannot afford. ROI is an important consideration for those of us who have to count cents to support our families. A $17,000 outlay must pay for itself somehow otherwise it’s a waste of money that could be used elsewhere.
Clearly Anthony doesn’t have those worries and more power to him.
Thanks for the support.
John,
Battery costs are dropping, and grid (storm) risk is rising – waiting may pay.
But in Tecoma our little street lost grid for 5 weeks, in a storm, during Covid. A camp stove on top of the dead electric stove was the remedy to raw eggs and cold coffee. A wood heater saved the day, but still no fun in winter.
Now off-grid in Gippsland, 27 kW PV means *zero* generator runs in 2 years – even in winter. The 46 kWh of LFP battery is profligate overkill for 1 occupant – 15 kWh would have done fine. Up it to 30 kWh, given the rebate, to do for visiting family in the attached old house.
Even in total overcast & drizzle it yields 1 – 1.5 kW, ending the day with 100% battery SoC – generation beats storage! Given a wife or teenagers, a cheap little 3kW Honda generator can battery boost over hours – that then handles higher loads.
RCAC has replaced the wood heater – 700W for 3.5 kW aircon still leaves 100% battery SoC at day’s end in winter, given 6 stars insulation & glazing.
Erik, I suspect you mean waiting may be costly i.e. too many storm induced blackouts leading to thousands in fridge and freezer waste. But if the grid is too unreliable that means off-grid is a better option – there’s already a number of those in my area.
I’ve plenty of neighbours with gas, and can see the clear benefits, but personally don’t want it, plus governments are starting to legislate against it.
My solar is roughly half yours, and most days it exports dozens of kWh. But years ago we had a bad weather event where there were several days of single digit generation. That pretty much necessitates generator capability if off-grid. Some highly inefficient 2 kW thing would likely suffice me should I go that way.
I have fond memories of woodfires as a kid, and don’t mind the scent, but unless your house is built for it – usually meaning old, you’re unlikely to have one. And getting wood is a little harder these days – no pine cones to collect in my current locale.
The AGL plan is pretty good if I get burnt out with Amber!
Absolutely agree. Constant monitoring to be little better off than a simple 4c sold to the grid direct (without battery degradation). If you cannot monitor Amber Smartshift probably won’t sell much (minimum sell price is 15c) so then exports are mainly direct from solar at negative rates -1c to -4c. Opting out today, no customer service.
Glenn, I agree that Amber has been a disappointment for us. (We are in Victoria). FIT is too often negative, so we are curtailing solar production everyday (automatically).
However, I think that there is some merit to a 15c floor price on battery discharge feed-in because all battery systems have a lifetime warranty limit based on discharge cycles. You are gradually wearing out your battery and shortening your warranty every time you charge and discharge. Based on the purchase cost of my Sigenergy batteries and their warranty limit, I worked out that every kWh discharged during the life of my battery costs me 12.5c. For self-consumption, that is fine: The alternative is buying power from the grid to run our house – and for that I would be paying more than 12c (even during off peak).
But when it comes to feeding-in to the grid, you need to consider whether the FIT you are getting for discharging your battery is higher than the cost / kWh of your battery. Your cost / kWh might be higher.
I don’t know why the electric company makes it so difficult to get the information shown on their website…
To use the reverse idiom, so you can’t seen the trees for the forest.
They don’t want you to see the details of their electricity plans so they hide them in complicated websites, hyperlinks and a lack of plain wording. Its all part of the plan to fleece you as much as possible.
what are you looking for ?
Honestly I look at these and they shudder at how ridiculously expensive they are while offering minimal value.
FWIW I’m on a flat 10c/kWh FiT – no it’s not a grandfathered option.
The Daily Supply doesn’t offer much in the way of savings, and I’m already saving on prior years after changes meant my supply costs dropped.
The off peak charges are less than what I’m currently paying, but that’s offset by the extreme peak rates which are approaching twice my flat rate. Given my biggest power use of late is AC in the 5-9 slot … (Yes I’ve been slack).
Yes a 25c/kWh FiT sounds nice, but unless you have a huge amount of storage it’s of no benefit. Worse, as a RoI, unless you have that guaranteed for a decade it won’t pay off.
So who is the target of these plans, the mathematically challenged? Or is it simply a form of enticement to get people to buy batteries so electricity corporations can save money by not investing in them?
If I go battery it’ll be because of off-grid support.
Meanwhile in an apples-with-apples at the other end of the market, there is Amber Electric with pass through wholesale (National Electricity Market – NEM) pricing.
Daily Supply: 164.71 ¢/day plus 0.0445 c/kWh
(Time of Use ToU ex SAPN)
Peak: 18. 79 c/kWh
Off peak: 7.55 c/kWh
Shoulder usage rate: 3.81 c/kWh
NEM pricing averaged over the month of May25
General Usage Wholesale 0.0125 c / kWh
Feed-in tariff : 13c/kWh.
No exit fees and you can leave anytime.
I’m in Queensland and the AGL offer is slightly different. The feed-in tariff being offered isn’t $0.04, it’s $0.03
Being in SE QLD with a 5kw export limit can’t take advantage of the Amber price spikes. The origin battery saver at $0.18 kw in peak would net more consistently than Amber does.
Anyone in similar feelings ?
Have you looked into a flexible connection John?
I believe Energex now offer a similar dynamic export limit available from SAPN.
Been with Amber 2 months. A disaster, especially if you cannot monitor the sales as Smartshift won’t sell at all as rates don’t always hit 15c (it obvious minimum sell price) and then solar sold direct for 0c to -4c (negative). $300 a year subscription. Price spikes – have not had one, best very rare about 30c -50c for 5 minutes. Opting out today. No customer service.
John, is it a 5kW export limit, or a 5kW per phase export limit? Would upgrading to three phase be worthwhile if you’re looking at heavy exporting?
A quick Duck also returns https://www.energex.com.au/our-services/connections/residential-and-commercial-connections/solar-connections-and-other-technologies/dynamic-connections-for-energy-exports which looks to be what Bennett was talking about.
Looks to be a mite complicated but …
John,
Think you will find it is 5kw per phase, so 5kw for single phase and 15kw if you have 3 phase.
What about including Origin Energy’s Solar Partner Plus plan?
That’s not particularly targeted at battery owners – Michael’s looked here at plans offering special feed in tarriffs during peak periods.
With this VPP, they will buy kws from you, so n tern they sell it to people without solar..Over time its going to add further price increases to those without solar.PEOPLE in government reckon they want to keep the pricing down..So basically dog chasing its tail
I have a 13kw solar system that size mainly for winter collection summer battery never low as we use around 5 kws per, 2x10kws batteries. 5kw inverter
Had that system planned so as not to be dependent on the grit
And just as important the environment and not to create price increases for others
40Kw of battery, 13Kw Solar in SE Qld. Been with Amber for 2 months and actively monitoring as Smartshift is pretty dumb. Use no grid power and nett about $40CR a month. To get $400 gift cards every quarter on AGL needs an export of 17-18Kw a day between 5-9pm which is less than I export now. Subtract daily usage charges ($145) and nett is $255 – around $85CR a month. Add in the $800 credit after 12 months that would pay for around 4000Kw offpeak imports to charge the battery on cloudy days and this looks like a good deal – too good – what am I missing?
That was similar to my calculation as well, even better with our Sigenergy 40kWh & 15.8kW solar. Its a choice now if we use anything from the grid.
For the 12 months it would be
$1,600 in exports in the 25c window (as you said 17-18 kWh/day)
$1,000 for the Sigenergy
$477 supply charge
For 12 months without even factoring the extra feed in we would do during the day we’d be over $2,123 in front for just showing up. It does seem too good.
Hello Anthony. Re. ROI on solar. I don’t understand your comment regarding people obsessing about return on investment in solar compared to other ‘appliances’. Firstly, I have never thought about pv systems as an appliance. An appliance is a device that uses electricity whereas a pv system produces electricity. Secondly, the 2 reasons why I and the vast majority ofpeople who have put solar on are 1. to reduce their power bills because they are producing electricity that goes into the grid, and 2. to contribute to the reduction of carbon emissions generated by coal burning power stations. So, given the drastic increases in power charges and the complexity of our energy system, and the way that distributors, retailersand regulators all seem to be tring to screw all customers, including customers with solar, I think it is totally understandable that we do end up more or less obsessed with ROI on solar, and batteries. Energy is cetainly becoming more expensive for eveyone. Except off grid.
With Amber – Exporting at a negative Fit will happen for many during the day for all Tesla Powerwall users (and some others that do not have working curtailment programs embedded when Fit is negative). This is a known issue.
Today has the worst Fit I have ever seen (estimate) at 0930 of -8c, 1000 to 1330 of -5c a kWh. If you don’t have a EV to charge during the day, and the battery is full then the only options for Tesla battery owners is to go off grid or be slugged for producing power.
I have given Amber over 2.5 months (first two weeks just getting battery in Amber program all at a Fit loss, and charged 85c a day in subscription fees). Smartshift learnt nothing in two months – I have transferred to AGL. Reclaiming my time, and also expect to be much better off financially too.
Suffering the same problem with Amber and it is impossible to speak to anyone. Only robots. I invested a bucket load of money based on Amber promises and online quotes and at this stage I would say there is no hope of achieving their promised returns. I spend every night watching the live pricing and manually discharging the battery to the grid. I have found not-so-smart-shift exporting on negative FiT and not charging when it’s a positive FiT. I’ve started investigating Origin and AGL offerings and seems they are not quite what has been suggested. I’m at a loss at the moment of what to do.
Hi Greg,
You may find price volatility is seasonal & it could be reduced as we move forward with more big & small batteries.
Have you looked into LocalVolts?
It’s aimed at the technically savvy and doesn’t have the layer of corporate user friendliness Amber does but nerds love it.
With Amber and SolarEdge, I set out to zero the bill but it did not work out that way.
– SolarEdge 6.6 kW inverter
– SolarEdge Load controller/timer shifting the Hot Water Service (HWS) to the solar sponge (12 – 3 pm = free)
– Amber wholesale price + SmartShift preventing negative FiT – lets not forget these DNSP ToU charges
– Tindo solar panels – 7 kW
– Distribution board upgrade to spec
– New insulation in the roof space + veranda (the best thing !)
Cost ~ $A 15k, net result bill is about $70 per month, including a variable FiT which is NEM dependant.
Thought I would try LocalVolts next to drive the consumption cost down further.
can anyone assist me with the reported $1000 bonus if I have a sigenergy battery. I phoned agl yesterday to try and sign up but the lady requested a code? I supplied my inverter serial number but she still said she needed a code? Can anyone advise?
It’s not a full solution but https://www.agl.com.au/residential/energy/compare-plans/energy-offer?rmxt3r=vwt06z&webid=BRPLANSIG#accordion-3144d17540-item-bf35adaa73 suggests you need to be referred by Sigenergy to get the $1,000. What I don’t see is how you get referred.
I also can’t see any AGL information on the Sigenergy site.
Maybe try contacting Sigenergy to see what they know about the $1,000 AGL option and the referral, then let us know what they say?
Brett, I think when you call you need to mention the code ‘sigenergy’ that is what allows you to sign up to the $1,000 sig offer.
Are theese the big 3? Really? No Globird or OVO?