Across the globe there has been the increasing number of electric vehicles, batteries and smart devices in the home and the need to find ways to achieve greater flexibility in how demand resources are managed.

Specifically, New Zealand has committed to achieving net zero emissions by 2050 and a goal of reaching 100 percent renewable electricity generation by 2030. As the country embarks on an ambitious energy transition, it has many natural advantages, including a strong renewable resource base.

Earlier this month we had the pleasure of attending Power+Utilites in Melbourne. It was a great opportunity to learn more about energy efficiency efforts in Australia and to educate attendees on the importance of the OpenADR protocol. Rolf Bienert presented a Knowledge Hub session on ‘CER flexibility with the customer in charge – The OpenADR Approach.' 

Terry Paddy, Managing Director from member company Cortexo was also there to highlight the New Zealand FlexTalk project that used OpenADR to dispatch flexibility. Here Terry shares more about his company and his thoughts on the impact the OpenADR standard in this region.

EVs and e-mobility set to take centre stage at Enlit Europe 2023

The New Hampshire Electric Co-op pilots transactive energy rate program using OpenADR

Transactive energy is an intelligent, multi-layer communications process that organizes energy generation, consumption, and delivery.  During a transactive energy occurrence, power suppliers, energy markets and distributed energy resources (DERs), including electric vehicles and batteries, exchange to negotiate energy requirements and pricing.

Today security concerns, the economy, and daily life choices require a flexible and durable electricity system. Transactive energy is designed to improve energy efficiency, which results in a more resilient and reliable power grid.

In the electricity power industry, ranging from petroleum, gas, coal and nuclear power, balancing supply and demand is crucial to maintaining a reliable electric grid.   As the world increasingly focuses on renewable energy, Distributed Energy Resources, and electrification, Virtual Power Plants (VPPs) are garnering more attention, especially in the US. These VPPs present an innovative solution,     enabling  local grid operators to use energy flexibility to ensure a more stable electricity supply, improved energy efficiency, and enhanced grid capacity.

Swell Energy and SunPower, members of OpenADR, are important players in the transformative shift, having established VPPs that offer new value to utilities and their customers. A   VPP is defined as a cloud-based network with a decentralized multi-asset ecosystem consisting of Distributed Energy Resource (DERs)—such as batteries, EVs, smart plugs and thermostats. Controlled by grid operators or third party aggregators,  these resources can   be monitored, forecasted and optimized with bi-directional communications between components for a more efficient and resilient power grid.  VPPs are proving to be a key resource capable of providing resource adequacy and other grid services at a negative net cost to the utility.

The OpenADR Alliance held our first European OpenADR++ Users Conference from 6-7 June in London. It was two days packed full of keynotes, use cases, workshops, networking and more. (All presentation links may be found in the agenda here.) The more than 100 attendees came from all over the U.K. and Europe, with guests coming from as far as China and New Zealand.  This conference is the latest in series of activities signaling the expansion of interest in OpenADR in the European market and new Alliance membership among European companies.

The conference was significant not only as the first such major conference in Europe, but also that it was hosted by the U.K. Department for Energy Security and Net Zero (DESNZ). DESNZ led the development of PAS 1878, incorporating OpenADR as one of the requirements and criteria that an electrical appliance needs to meet in order to perform and be classified as an energy smart appliance (ESA). This DESNZ action not only lowers costs and promotes innovation in the U.K., but also demonstrates U.K. leadership in promoting published standards for international adoption.