
We're getting high on electrons this week as aviation goes electric in New Zealand and around the world, the rise of the anti Elon Tesla Club, how Toyota could be the next Kodak after ignoring the rise of EVs, inside the struggle of a family-owned oil company and more marae add solar and batteries to prepare for emergencies.

‘Get high on electrons’
While electric wheels are on the ascendancy, electric planes are proving to be a tougher nut to crack, but there is plenty of momentum.
The New Zealand Air Ambulance Service recently placed a deposit on two ALIA eVTOL aircrafts manufactured by BETA Technologies, the same US company Air New Zealand is working with on its regional electric fleet ambitions.
“New Zealand’s largest air ambulance and specialized air charter operator will utilize the all-electric, vertical takeoff and landing aircraft to conduct air ambulance and patient transport operations across the country beginning in 2028.”
The deal includes the option of buying another 10 planes.
We also spotted a post recently from Electric Air's Gary Freedman showing New Zealand’s first electric plane charging up at Christchurch airport.

As the site says: “The Pipistrel Alpha Electro is a two seat composite aircraft designed for pilot flight training. Running on pure electrons, it can be charged and flown without burning fossil fuels and is around 70% quieter than a combustion engine equivalent. ElectricAir provides trial flights and pilot training from our base at Rangiora Airfield and Christchurch Airport.
If you want your plane to run forever, the Solar Impulse project showed that could be done after going right around the world, despite many people telling the main brains Bertrand Picard that it would be impossible.
Judging by this teaser video released last year, something exciting this way flies.
Economics vs politics
As we’ve said many times before, economics tends to win out over politics eventually and that’s why solar and EVs are gaining so much traction. But humans are emotional creatures and it’s not all about the economics.
The products and brands we choose are also signals to others and, as the Financial Times reported recently, there is a group of Tesla owners who feel uncomfortable about Elon Musk’s politics. That’s led to increasing sales of bumper stickers like ‘anti Elon Tesla Club’ or ‘I bought this before Elon went crazy’.

Tesla has undoubtedly played a massive role in the transition to electric vehicles and is by far the biggest selling EV brand in the US, New Zealand and most other places. It has traditionally been viewed as a ‘liberal’ brand, but that has changed recently due to Musk’s support of Trump and various political beliefs. Its sales dipped last year for the first time in 12 years.
Let's hope that this is all part of Musk's strategy to move into a new target market and show a new group of customers the benefits of EVs.
Toyota's telling off
Speaking of car brands getting political, Toyota was once seen as a leader on the environmental front after the release of the Prius in 1997 but it has been publicly shamed in an in-depth piece by Public Citizen called Driving Denial: How Toyota’s Unholy Alliance with Climate Deniers Threatens Climate Progress.
The story details Toyota's support of climate denying politicians in the US, its fight against various environmental policies and its focus on old petrol and hybrid technology and hydrogen rather than EVs.
Its sales are still strong and it is still the biggest manufacturer in the world, but as the story says:
Toyota doubtless has a greater concern: EV adoption is proceeding so rapidly that it may be impossible for an automaker that makes so few EVs to remain a market-leader in sales. Hence Toyota’s need to slow EV adoption by any means necessary — including by supporting aggressive climate deniers ... In twenty years, how will the world think of Toyota? Will it become the next Kodak or Blockbuster? Will it become a relic of the past, a cautionary tale for industry giants that refuse to adapt? Will Toyota continue to make dirty, polluting vehicles and align itself with climate deniers in a futile effort to hold onto the past for a bit longer? Or will it instead embrace the urgent, imminent future of electric vehicles? We shall know soon.
Keep it in the family
In a similar but more satirical vein to the above story, it’s tough being a family-owned oiled company these days and a short-form series called Cobell Energy tells the story of a company that’s “battling against innovation, activists, and each other as they destroy the planet to protect their own interests”.
All together now
As an exposed set of islands sitting on the ring of fire, New Zealand is one of the countries most vulnerable to natural disasters and we’ve seen plenty of them in recent years, from big earthquakes to huge cyclones.
When there are emergencies, we need safe places to go and marae often play that role. Increasingly, they’re being fitted out with solar arrays and batteries to ensure they can provide power when needed.

The Taihoa Marae in Wairoa is one of those places. Working alongside the marae and Wairoa District Council, Freenergy designed a system to support the total energy load during extended grid outages. The solar system generates power to run all loads and charge the batteries, ensuring 24/7 power when it’s needed most.
Māniaroa Marae north of Mōkau and the Taarewaanga Marae in Ōtorohanga have also had solar installed, while other large buildings like Headwaters in Glenorchy are also set up to house (and power) members of the community in the event of an emergency.
Solar and batteries offer resilience from price increases, but they also offer resilience during and after disasters, as Owen's Cyclone Gabrielle story shows.
In the last Electric Avenue of 2025, we look at the two biggest trends in the world of energy; the Government goes electric for its fancy fleet upgrade; Nick Offerman offers his services to a US campaign extolling the virtues of EVs; Australia shows what's possible in new homes when you add solar, batteries and smart tech; a start-up selling portable solar and battery systems that wants it to be as easy and common as wi-fi; and The Lines Company looks to put some solar on the roof of the Ōtorohanga Kiwi House.
Read moreDownloadWhen it comes to electric farming, "the numbers are becoming undeniable," says Nicholson Poultry's Jeff Collings. With 60kW of solar, a Nissan Leaf as a 'farm quad', electric mowers, an electric ute that can run a water blaster, and even a chicken manure scraper made out of a wrecked Tesla that, as Rewiring's Matt Newman says, looks a bit like something out of Mad Max, "almost everything is electric". There aren't many others in New Zealand who have gone this far down the electric road. And, with his electric Stark Varg, the fastest off-road motorbike in the world, he's obviously having plenty of fun on that road, too.
Read moreDownloadRNZ's Kate Newton reports on the "madness" of thousands of new piped gas connections being installed into houses every year, despite dwindling supplies and higher lifetime costs.
Casey said it was positive that the numbers showed people starting to leave the gas network of their own accord, but not all households were in a position to make that choice.
"If we don't plan for a decommissioning of the gas network, then it's going to be a chaotic transition, where vulnerable New Zealanders really suffer."
As the research of Rewiring and others has shown, gas is expensive, it's getting more expensive, it's terrible for your health when burned inside and there are substitutes available right now that, on average, do the same job for less money over the long run for households, would save the country billions on health costs and lost productivity, and don't pump out unnecessary emissions.
Around 300,000 homes and businesses have connections to the gas network (it’s estimated another 300,000 use more expensive bottled gas, mostly in the South Island). The number of active connections has started to decline recently and the country’s largest gas network, Vector, is forecasting no new residential or commercial connections after 2029.
Upfront capital costs are the main barrier for many homes, which is why we're working hard on a low-interest, long-term loan scheme that can be used to pay for electric upgrades, including hot water heat pumps. This would mean paying for a new thing with a loan would be cheaper than paying to run the old thing.
Read more about the scheme here.
Disconnection costs are also a major barrier. We have seen examples where households permanently disconnecting from the network have been charged between $1,000 and $2,000 to have a meter permanently removed (i.e. digging up the pipes to the road), even though it should only cost customers $200 to have the connection capped at the house.
RNZ even reported a case where a business customer was quoted $7,500 but took the case to Utilities Disputes, where complaints about disconnection costs have been rising.
The Australian Energy Regulator and the state of Victoria have now capped the disconnection fees to a few hundred dollars to stop this kind of behaviour and protect households.