News & Updates

Solar and batteries - in homes and EVs - offer signicant resilience benefits during times of crisis and the Ratepayer Assistance Scheme can help unlock private investment.

Electrification is the single biggest opportunity to improve fuel security in New Zealand and that's why we think we need a bold national energy independence plan, not just more incremental changes to our current fuel security plan.

Unmanaged EV charging that occurs at network and system peaks could add unnecessary electricity infrastructure investment, increasing bills for all customers. Investment in our networks is scaled to meet peak demands and has the potential to significantly increase electricity bills over the coming decades. It is important we take action to shift demand, where it makes sense, to avoid peak demand increases. Rewiring Aotearoa is very supportive of the efforts the Ministry of Business Innovation and Employment is taking to consider options to deliver a more flexible electricity system that will lower system costs for all consumers. Uptake of smart EV chargers is one way to manage peak EV demand and support a lower system cost. However we do not think there is a strong enough case to mandate that all fixed EV charging units sold in New Zealand must be smart.

Rewiring Aotearoa supports the proposed changes to Multiple Trading Relationships (MTR) (allowing two traders – distributed generation and consumption), which will increase consumer choice and introduce more competition to retail tariffs. For example, it will disincentivise tariffs that offer competitive export tariffs, but also ramp up consumption tariffs. The Electricity Authority should also implement changes at this time that require retailers to allow large sites to share solar across multiple co-located installation control points (ICPs, i.e. ICP aggregation), and facilitate peer to peer trading for small scale renewable generators with local sites. Rewiring Aotearoa disagrees that delaying these steps via a staged approach is in consumers best interest. Consumers should not have to wait until demand increases to unlock the benefits of their solar and battery systems or access more competitive options from retailers. This should be supported now, to help consumers make investment and retail tariff decisions that reduce their overall energy bills.

We appreciate that broader resource management reform is underway that will ultimately provide a more consistent national framework. However, we cannot afford to wait for the perfect system while workable solutions are delayed. In the meantime, inconsistent and unnecessary consenting requirements for small-scale ground-mounted solar are slowing down projects that could deliver immediate benefits - lowering energy costs, strengthening resilience, and supporting the grid. While long-term reform is important, immediate adjustments will ensure small-scale solar isn’t held back by outdated or inconsistent rules.

"Investing in natural gas in homes doesn’t make economic sense anymore for New Zealanders ... Rewiring Aotearoa’s view is that the Government should support a managed transition away from natural gas for the homes and non-industrial businesses connected to reticulated natural gas distribution networks. This would help address inequity for households on low incomes and renters, and provide greater certainty over how quickly customers will disconnect, when networks would likely retire and cost recovery timelines."

Rewiring Aotearoa's submission highlights that successful digitalisation should allow customers to maximise benefits from their provision of demand flexibility and solar and battery exports, without third parties (aggregators or VPPs) routinely taking a cut of the value. Retail offerings that include time of use prices and fair export tariffs will be key enablers of successful digitalisation of the electricity system. Customers need a fair deal through their electricity prices and export tariffs. This means the customers need to have the option to choose from a range of retail tariffs that include time of use prices, fair export tariffs (that reflect the value in the wholesale market) and symmetrical export tariffs from distributors.

Rewiring Aotearoa is extremely supportive of the focus the Electricity Authority is putting into exploring opportunities and seeking views on a more ‘decentralised’ electricity system. It’s great to see the release of the Green Paper seeking views from New Zealanders on the role they can play in the future electricity system and how a more decentralised electricity system should evolve. As the Green Paper explains New Zealanders will benefit from a more decentralised, community-centric energy system through lower energy bills, greater energy resilience, fuel security and lower emissions. However there are some assumptions and emphasis in the Green Paper that we think needs to change

Rewiring Aotearoa is supportive of the Innovation and non-traditional solutions allowance (INTSA) and the development of Guidance for submissions. Read our full submission by downloading the document.

While the potential implications of the Bill are wide-ranging, our submission has focused on the potential implications for the electrification of Aotearoa NZ if the Bill is enacted as proposed. This is pertinent to Rewiring’s work, because one of our core aims is to help reduce energy bills for customers - NZ’s households, farms, and businesses. Significant changes are needed to fix the status quo, and we are concerned that the Bill may inadvertently bake in the existing rules governing the sector.

Rewiring Aotearoa is supportive of the development of Publicly Available Specification for Residential solar photovoltaic (PV) and battery storage systems guidelines. These guidelines can provide a consolidated and trusted source of information to help households navigate the process of choosing and installing solar PV and batteries. There is some messaging and information in the PAS that we think needs to be changed or added to provide households with the best advice to support them to maximise benefits from solar PV and batteries. This includes removing the focus on pay back periods and informing households about cost savings from day one from solar PV and batteries financed over the life of the system. Households also need information about the potential risks of some existing lease to own sales models which provide little real benefit to households with the bulk of the savings captured in suppliers profits. Download the document to read our full submission.

In a cross-submission, Rewiring Aotearoa has responded to a range of concerns raised by other submitters in the Energy Competition Task Force's consulation.

We support the role that government procurement can play in benefitting every community across the motu. We agree that simplifying and streamlining the procurement process is important, and reducing rules is a logical starting point. However, this should not undermine key considerations and past efforts in ensuring government spending supports long-term positive outcomes. Government procurement can support us to go for growth by increasing productivity of energy, which is a fundamental economic input

Overall, Rewiring Aotearoa welcomes the objectives of this package of proposals. from the Energy Competition Task Force. We view the package as a critical step in improving energy system outcomes for all consumers. We consider retailers paying consumers fairly as a critical step, and we are mostly satisfied with the Task Force’s approach to this (initiative 2C) and think it will create better outcomes for New Zealand consumers and the energy system as a whole. In contrast, the Task Force’s preferred option around how distributors are required to reward peak input from consumers (initiative 2A) will not in our view meet the Task Force’s (or the Electricity Authority’s) stated objectives.

Focusing on the emissions reductions at home through electrification is a major opportunity (and challenge) for Aotearoa NZ. Homes, farms, and businesses must play a role in driving emissions reductions through electrification and the potential must be recognised and addressed to our 2035 international climate change target.

Rewiring Aotearoa believes we need to make better use of our existing infrastrucuture, see customers as an essential part of a 21st Century energy system and that electrification will lead to much greater energy security and resilience.

Rewiring Aotearoa's submission to the Electricity Authority on its Network Connections Project - Stage One is in and it is good to see the Authority practicing its statutory objective of protecting the interests of consumers.

The Ministry for Business, Innovation and Employment opened consultation on a discussion document about amendments to the Electricity Safety Regulations to expand the permitted voltage range for electricity supply. Rewiring Aotearoa's submission believes changes are needed to prepare for the rapid adoption of customer energy resources, and electricity distribution companies need to be compelled to allow export limits to be increased.

The Department for Prime Minister and Cabinet and the Ministry for the Environment proposed a topic for a Long Term Insights Briefing entitled 'Everyone plays a part: building New Zealand’s resilience in the context of global trends and our unique natural environment'. Rewiring Aotearoa's submission says energy security and resilience, critical infrastructure failing and commodity/energy price shocks are especially important for Aotearoa NZ’s resilience to future challenges, and farms can also play an important role.

Our ERP2 submission outlines what we think needs to be done to improve the Government's plan to reach our climate targets, electrify the Aotearoa New Zealand economy and build a fairer future energy system for New Zealanders that saves people money and does not leave anyone behind.

There is a relevant saying: ‘Information wants to be free’. While the proposed Consumer and Data Product Bill takes a step in that direction, it does not offer the level of freedom that could be technically accomplished, nor the level of freedom that is likely to unlock the maximum level of innovation.

Rakiura / Stewart Island faces the highest electricity prices in New Zealand. Successive governments have funded report after report and numerous fly-in visits by Ministers have failed to change this situation for the local community. Rewiring Aotearoa believes the opportunity is to harness existing solar and battery technology to deliver significant cost-of-living savings and reduced emissions at scale via electrification on Stewart Island right now. With financed solar and batteries, electricity usage costs for residents could be halved without delay. Rewiring Aotearoa has been engaging with the local community, who have been sending us their power bills. On Saturday 27th April some of the Rewiring team visited Stewart Island (including Mike Rewi who has strong whakapapa to Stewart Island). What we are hearing from this community is many locals fear the proposals and the likely “preferred option” will be focused on replacing current diesel generators, not on reducing the cost of energy for consumers. Our proposal outlines Rewiring Aotearoa’s pitch for an alternative approach to develop a community-led energy solution for the Island.

Overall, we encourage the Commission to think beyond competition merely as a driver for innovation, to consider the outcomes from innovation for the long term benefit for New Zealanders. Rewiring Aotearoa believes one such outcome from market innovation is supporting the electrification opportunity for Aotearoa New Zealand. The Commission has the opportunity to play an active role in driving this not just through the energy market, but also through the personal banking market. It is important that these functions are not seen in isolation, but as a system, to better realise the Commission's role in delivering on NZ’s emissions reduction plan, and 2050 Nationally Determined Contribution.

18 March 2024: New Zealand is one of the first places in the world where electric appliances and vehicles are now more affordable than their fossil fuel equivalents. A new report has shown that, on average, homes currently using gas appliances and petrol vehicles could save thousands every year if they went electric and got their electricity from a combination of rooftop solar, home battery and New Zealand’s already highly renewable grid.

In this future, consumer infrastructure needs to compete on a level playing field with traditional infrastructure – if a $10,000 battery on a consumer’s premises can provide the same service as a $20,000 supply-side asset (a network or generation investment), the consumer’s asset should be selected for the service. However, today there is a systemic bias towards traditional infrastructure largely because it is seen as significantly more ‘dependable’. There are a variety of historical reasons for this. Our primary context to this submission is that many of the assumptions and rationale for this bias are quickly falling away, and DPP4 provides a significant opportunity for the Commerce Commission (the Commission) to reset the assumptions and correct some of this bias.

The EA has the ability to take a leadership role in the energy transition on behalf of electricity consumers. Far more than the Commerce Commission’s oversight of EDBs investment plans, the EA’s network pricing workplan gives consumers agency in the development of the electricity system. When consumer agency is stifled, they will likely have significantly worse financial outcomes on their bills. Much of the necessary changes have been demonstrated already locally or overseas, and the remaining question is not if the changes are possible but if we as a nation will have the courage to implement them on the timeline required to drive better energy transition outcomes for consumers.

Electric homes and EVs show their worth once again by providing resilience during the recent storms; savvy landlords are installing solar and upgrading gas to electricity to help tenants - and themselves; Basis founder Danny Purcell shares some impressive numbers from his smart panel experimentation; Uber goes from green to electric as it pushes for a zero-emissions mobility platform; Air New Zealand's electric plane and airports investing in solar; and 'transcendent mobility' from Rivian's e-bike spinoff.

A look at why batteries are a booming business; EECA releases EV charging study; myths, legends and the Hasselhoff approach to EV adoption; a campaign to get more women driving EVs; and musical and spiritual solar.

Renewables take over from coal for electricity generation and wind and solar match the world's growth in demand; old EV batteries are proving popular; an Australian study shows that solar panels can make you money, not just save you money; take a trip on a luxury electric solar-powered houseboat in Africa; and the amazing 'solar powered clothes dryer'.

ChargeNet reaches double figures and looks ahead to much more electric transport; an Aussie town at the end of the line goes for pumped hydro, so how does it stack up here?; a new version of rooftop solar offers a little top up for EVs, while trials continue for wireless charging on the road; the EA's Power Innovation Pathway is open for business (and we need all the customer-focused innovation we can get); and a suggestion for those environmentally-focused email footers.

Big report lays out the massive opportunities for electric cars and trucks to provide power for homes or the grid and earn owners money; Lake Wakatipu could be getting some electric ferries; large trucks are increasingly going electric as hydrogen remains tiny; Hannah Ritchie clears the air with her new book; Transpower prepares for another 40,000 kettles on Saturday night; and some coal-based innovation on the West Coast.

Bordeaux is embracing solar - and modern tech means heritage issues can generally be overcome; Mainfreight welcomes two new electric trucks to its fleet in the US, while Foodstuffs North Island celebrates an electric anniversary; why the radical left and the radical right can unite on solar; Edmund Becquerel's surprise discovery; and why better technologies sometimes take a while to catch on.

Yet more stunning stats on Australia's household battery boom after the subsidy was announced; the countries doing best on wind and solar on a per capita basis; a big report on China's energy transition looks like bad news for fossil fuels; the lower North Island is set to get the Southern Hemisphere's first battery electric trains, Samoa is set to get some electric solar catamarans, and Auckland is set to get zero-emissions deliveries from Ikea; the Shameless Plug podcast brings kitchen diplomacy to the table; and a song in the key of science from Elle Cordova.

From solar on schools to solar in schools as Wakari and Waiheke bring energy into the classroom; electric farms get a boost and rural solar proven to have other benefits; Vessev goes global with first international order; Hutt City Council unveils a special electric rubbish truck; take a trip on the 'electric slide'; 16 solar myths debunked; and Norway's hypocrisy makes for good comedy.

More electric buses are on their way and NZTA has some recommendations; the future of transport is electric, but could it also be aerial?; the green loan economy in New Zealand (and how we can grow it); a young solar star makes her mark; an older star sees solar as the most positive story of the century; and BYD claims the EV speed world record.

Batteries are helping to avoid black outs overseas and they're competing with quite big power sources in New Zealand, too; four school pools on the East Coast are now running on the sun, while massive gas bills make Hutt City Council's decision to go electric smart and Ōpuke Spa in Methven relies on solar tubes that provide the equivalent of 500 electric jugs; the story behind what the owner of The Currach on the off-grid Aotea Great Barrier Island calls world's first solar-powered Irish pub; Mint Innovation gets a big bite of the UK's mineral recycling cherry; and pain meets poetry as an electricity bill is read in the style of William Faulkner.