This research study examines new battery technologies suited to powering small devices such as IoT, actuators and sensors, and portable devices such as mobile phones and laptops.
This report is a guide to ‘application layer’ communications protocols used for energy management, such as those used to facilitate intelligent efficiency and demand flexibility.
This report analyses the energy use of mobile devices, compares policies and identifies policy gaps.
This report highlights the most relevant standards in areas such as measurement of energy consumption of smart devices, and communication protocols for smart devices.
The objective of this study is to gain a better understanding on the issue of (a lack of) device interoperability and the resultant impact of this on Intelligent Efficiency and Demand Flexibility
This report examines the retrofit solutions on the market today to identify those that could be leveraged to achieve energy benefits in otherwise unconnected residential products.
This report examines the landscape of residential IoT products and the functions within those products that can be leveraged to yield energy benefits. These functions include monitoring via on- board sensors and internal or external data feeds, and controls that can reside within or external to the product. We examine the extent to which products possess these functions today, the energy benefits products can achieve with those functions, and the appropriateness of adding additional functions to achieve additional energy benefits.
This report describes updates to the Total Energy Model that was developed by EDNA to estimate the ‘total energy use’ of connected devices, globally.
Describes the evolution towards the Networked Society, of IoT and other connected ICT equipment. It includes historic and future projections of device connectivity. Updated regularly at http://www.ericsson.com/mobility-report
Examines the energy use of smart speakers and video streaming devices, and the potential for smart speakers, linked to a television, to cause television standby power to increase significantly
This EU Joint Research Centre Technical Report looks at the technologies, opportunities and challenges presented by digitalisation for heating and cooling. The report provides
Laying Down the Foundation: Roadmap for Energy Savings through Advancements in Smart Building Technologies
This ACEEE conference paper presents an R&D roadmap for advancements in monitoring and control technologies for
Swiss study of “energy aware devices” – devices which measure or estimate their own energy consumption. The study expands the concept of energy awareness to include forecasting device energy use and receiving external control commands
Analysis of potential for IoT to act as an enabler for climate protection and the Swiss Energy Strategy 2050
Investigates 4 Swiss use cases for implementation of IoT equipment to act as an enabler for climate protection and the Swiss Energy
Identifies emerging trends and technologies, and assesses the need for regulation, focussing on smart home technologies, IoT, electricity self-generation and storage, EV charging stations/vehicles and
ACEEE report focussing on the energy-saving potential of smart home technologies in utility- sponsored energy efficiency and demand response programs
This EDNA/CDA report seeks to improve policy makers’ understanding of Intelligent Efficiency, by describing a concrete example – Smart Homes. The case study examines the barriers
This flagship IEA report seeks to provide clarity for decision makers on what digitalization means for energy – shining a light on both its enormous potential and most pressing challenges. We are finding that digitalization is becoming increasingly important to a wide
CISCO forecast for global internet traffic including an explanation of the methodology. The Cisco Visual Networking Index Forecast methodology has been developed based on a combination of analyst projections, in-house estimates and forecasts, and direct data collection
Examines a new strategy for further reductions in standby, the “Standzero” option, which encourages electrical products to operate without relying on mains-supplied electricity.