The energy landscape in Australia and New Zealand is on the brink of a significant transformation. A new strategic partnership between Sense, a leader in embedded intelligence, and Landis+Gyr, a global provider of integrated energy management solutions, is set to revolutionize energy management in these regions. This collaboration aims to introduce an integrated intelligent grid edge solution, offering robust real-time energy management capabilities that will benefit both utilities and consumers.
The Partnership: A New Era in Energy Management
Combining Expertise for a Smarter Grid
Sense’s expertise in machine learning and Landis+Gyr’s established infrastructure in the energy sector form the backbone of this partnership. Combining their strengths is aimed at creating a smarter and more efficient energy grid in Australia and New Zealand. Sense specializes in using machine learning to enhance the interaction between people, their homes, and the energy grid. By integrating these capabilities with Landis+Gyr’s smart meters, the partnership aspires to develop an adaptable, decarbonized, and machine learning-powered energy grid.
The focus of this integration entails leveraging machine learning to optimize energy usage and increase grid efficiency. Through embedded intelligence and high-resolution sensing technologies, Sense and Landis+Gyr will offer utilities unprecedented insights into the grid’s operations. This real-time data analysis will not only help in identifying fault conditions and predicting demand peaks but also create a safer and more reliable energy supply system. Consumers will benefit from more accurate and timely information about their energy consumption, enabling them to make informed decisions and contribute to a more sustainable energy future.
Addressing Regional Energy Needs
Australia is a global leader in rooftop solar adoption, while New Zealand relies heavily on renewable energy for over 80% of its electricity. This partnership is timely, addressing the need for advanced energy solutions that can streamline the management of consumer energy resources (CER) systems. The initial focus will be on the rapidly growing markets in Australia and New Zealand, where integrating Sense’s software into Landis+Gyr’s Grid Edge-ready smart meters is expected to provide unprecedented real-time analytics.
This technological integration is expected to transform how energy is managed and used in both countries. By tapping into high-resolution waveform sensing capabilities, the embedded intelligence will empower both utilities and consumers with granular and actionable data. The advent of such advanced analytics will help manage the increasing complexities of renewable energy sources, optimizing their integration into the grid. Moreover, this collaboration supports the broader national goals of enhancing energy efficiency, reducing carbon footprints, and promoting sustainable growth in the energy sector.
Technological Advancements and Benefits
Real-Time Analytics and High-Resolution Sensing
The integration of Sense’s software with Landis+Gyr’s smart meters will utilize high-resolution waveform sensing capabilities. This technological advancement will allow both utilities and consumers to manage their energy use more proactively and efficiently. Real-time data will enable utilities to identify fault conditions, forecast peak demand, and provide safety alerts, supporting the integration and growth of consumer energy resources.
These precise analytics will offer utilities detailed information on energy consumption patterns, helping them develop more accurate demand forecasts and improve grid stability. The ability to detect fault conditions early on will enhance grid reliability and allow for quicker resolution of potential issues. Additionally, the high-resolution data will enable better planning for peak demand periods, ensuring that energy resources are utilized more effectively. This represents a significant step forward in optimizing the performance and reliability of energy grids in Australia and New Zealand.
Empowering Consumers with Real-Time Data
For consumers, the integration of Sense’s machine learning software into Landis+Gyr’s smart meters will provide real-time data by identifying different household devices and integrating with other smart devices. This means consumers will have the ability to monitor, control, and track their energy usage more effectively. They can keep tabs on their solar panel output, battery status, or electric vehicles (EVs), providing a complete overview of their household energy utilization.
Consumers will be empowered to make data-driven decisions about their energy consumption, reducing waste and lowering utility bills. By having the capability to monitor individual appliances and devices, users can identify energy-sapping gadgets and take steps to improve efficiency. The integration with other smart home devices also allows for automated responses to energy use, such as adjusting thermostat settings or managing appliance usage based on peak demand periods. This holistic approach to energy management not only benefits individual households but also contributes to broader environmental and sustainability goals.
Strategic Vision and Market Impact
Flexibility and Decarbonization
David Maclean, Senior Vice President of Asia Pacific at Landis+Gyr, emphasized that the future of the energy grid would be defined by flexibility and decarbonization, powered by machine learning. The significant uptake of rooftop solar in Australia and New Zealand’s renewable energy initiatives make this partnership critical. Integrating Sense’s software with Landis+Gyr’s smart meters will offer unprecedented visibility on the grid, helping utilities and consumers alike.
A flexible and decarbonized grid is essential for accommodating the dynamic nature of renewable energy sources. As more households and businesses adopt solar panels and other renewable technologies, the grid must be capable of efficiently managing the fluctuating energy inputs. Machine learning plays a crucial role in this by optimizing energy flows and predicting demand patterns. This foresight enhances the stability and reliability of the energy supply, ensuring that both legacy energy systems and new renewable sources can coexist harmoniously and efficiently.
Expanding Grid Capacity Cost-Effectively
Michael Jary, Managing Director for Sense in EMEA and APAC, highlighted the potential of this partnership to bring proven grid edge intelligence capabilities to Australia and New Zealand. This move aims to engage consumers while simultaneously expanding grid capacity cost-effectively and advancing the energy transition process. The collaboration is a depiction of how global energy management practices are evolving, echoing a shift towards smarter, greener, and more adaptable energy grids.
By focusing on expanding grid capacity in a cost-effective manner, the partnership sets a precedent for future energy management strategies. Employing advanced technologies to improve grid efficiency reduces the need for extensive infrastructure investments. Instead, smart meters and real-time data analytics provide scalable solutions that enhance existing systems. This approach is not only economically advantageous but also accelerates the transition towards sustainable energy practices, ensuring that consumer energy needs are met without compromising environmental goals.
Company Backgrounds and Contributions
Sense: Pioneering Machine Learning in Energy Management
Founded in 2013 by experts in speech recognition technology, Sense’s mission is to reduce global carbon emissions by making homes smarter and more energy-efficient. Sense uses advanced machine learning to offer real-time insights into device behaviors, even for non-smart devices. This technology helps customers monitor their home appliances, manage energy consumption, identify if appliances have been left running, and find ways to reduce energy costs.
Sense has made significant strides in transforming energy management through innovative solutions. By offering granular insights into household energy use, the company enables users to take proactive measures to enhance efficiency and reduce waste. The ability to track non-smart devices bridges the gap between traditional appliances and modern smart technologies, ensuring that all aspects of household energy consumption are optimized. Sense’s contributions are integral to the broader mission of creating smarter, more sustainable homes that align with global environmental objectives.
Landis+Gyr: A Legacy of Energy Management
Landis+Gyr has been a cornerstone in the energy management sector since its inception in 1896. The company’s mission is to measure and analyze energy utilization to create empowering analytics for smart grid and infrastructure management, enabling both utilities and consumers to minimize energy consumption. Their portfolio encompasses software, services, and intelligent sensor technology, all vital tools in the quest to decarbonize the grid. Landis+Gyr’s efforts have already proven effective, having reportedly prevented around 9 million tons of CO2 emissions in the fiscal year 2023.
With a long-standing reputation for excellence in energy management, Landis+Gyr continues to lead the industry with cutting-edge solutions. Their comprehensive approach to energy analytics and infrastructure management supports the efficient use of resources and aids in the reduction of environmental impact. By offering intelligent sensor technology and advanced software solutions, the company plays a pivotal role in the development of smart grids that are both reliable and sustainable. The prevention of millions of tons of CO2 emissions underscores their commitment to environmental stewardship and showcases the tangible benefits of their innovative solutions.
Broader Implications and Future Prospects
Environmental and Technological Innovations
The partnership between Sense and Landis+Gyr touches on broader themes related to the energy sector, environment, and innovative construction solutions. Notable among these is a study on the alarming extinction rates of invertebrates in Australia, highlighting the environmental implications and the urgency of preserving biodiversity. Additionally, there is a mention of fully-sealed containerized switchrooms, which underline the industry’s move towards safer and more compliant infrastructure. These innovations are indicative of the ongoing efforts to create more sustainable and environmentally friendly solutions in the energy sector.
The integration of advanced energy management technologies aligns with the broader goal of combatting environmental challenges. By providing smarter ways to manage energy resources, this partnership contributes to the global efforts to preserve biodiversity and mitigate climate change. The emphasis on compliant and safe infrastructure further enhances the reliability and sustainability of energy systems. These innovations represent a holistic approach to energy management, addressing both technological advancements and their environmental impact.
Exploring Sustainable Energy Sources
The energy landscape in Australia and New Zealand is poised for a major shift. A groundbreaking partnership between Sense, a pioneer in embedded intelligence, and Landis+Gyr, a global leader in comprehensive energy management solutions, is set to bring revolutionary changes to energy management in these regions. This collaboration seeks to deploy a sophisticated intelligent grid edge solution, which promises to deliver robust, real-time energy management capabilities. By integrating these advanced technologies, the initiative aims to enhance energy efficiency and reliability for utilities and consumers alike. The partnership between Sense and Landis+Gyr is expected to drive significant improvements in how energy is monitored, distributed, and utilized, bringing a new level of intelligence to energy systems. This innovative approach will empower consumers with better insights into their energy usage, promote sustainable practices, and support the transition towards a more resilient and smart energy infrastructure. Ultimately, this collaboration is likely to set new standards in the industry and offer a blueprint for future developments in energy management globally.
