Lines company innovation portal
Lines companies are undertaking a growing range of innovation projects to test new technologies, services and ways of working. Right now, information about these projects is spread across different organisations and published in different formats, which can make it difficult to find and share lessons.
We're developing a publicly accessible innovation portal on the ENA website. It will provide a single place for EDBs to share information about their innovation projects, including what they are testing, progress made and lessons learned. This should make successful ideas easier to build on and give consumers, regulators and other stakeholders greater visibility of innovation across the sector.
Valuing non-traditional solutions
Building more poles, wires and substations is not always the lowest-cost way to meet growing electricity demand. In some cases, alternatives such as batteries, demand flexibility or smarter equipment may be able to delay or avoid the need for traditional network investment.
We're developing a common framework to help distributors assess the value of these non-traditional solutions. The framework will provide a practical and transparent way to compare the cost of an alternative solution with the value of deferring conventional network investment.
The project will also produce a calculation tool and worked examples that distributors can use when considering flexibility services and other alternatives. Over time, the work may also support more consistent service definitions and procurement processes, making it easier for flexibility providers to work with distributors across New Zealand.
Dynamic capacity management
Electricity networks must be operated within safe limits. Today, many connection limits are set conservatively so the network remains secure even if every customer uses or exports their maximum permitted amount at the same time.
Dynamic capacity management would allow these limits to change as network conditions change. This could enable customers to import or export more electricity when capacity is available. For example, allowing more solar generation onto the network or making better use of flexible loads such as electric vehicle chargers and hot-water systems.
We're developing a common technical framework for dynamic operating envelopes. The first phase will establish standard methods for calculating, allocating and communicating available network capacity, together with guidance on system architecture, communications, cybersecurity and fallback arrangements. These methods will then be ready to test through future field trials.
Connections journey mapping