A modern AMx framework can help utilities better balance meter infrastructure and affordability needs by enabling mixed-meter portfolios and improving cost-effectiveness.
Colorado is home to a wealth of top startups across various cities, and its startup ecosystem is strong, mature and constantly growing. Copper Labs has done a great job of raising startup funding since being founded, with a total of $13.5 Million being raised at the time of writing.
Whether capturing time-of-use data from the surging demand of new EV owners, understanding what the impact will be of heating electrification on both the electric and gas systems, or accessing real-time peak usage data to support load flexibility, timely and granular consumption data is more essential than ever.
The Energy Transition is increasingly putting pressure on natural gas local distribution companies (LDCs) to rethink their gas distribution system investments. The focus on electrification in the energy transition necessitates transitional solutions for gas peak load mitigation. Gas demand response (DR) is an emerging strategy to help reduce the need for costly investments and offer resiliency benefits by helping avoid gas outages.
Former FERC Commissioner Nora Mead Brownell answers questions from journalist Herman K. Trabish about the history of smart meter deployments, the illusory value of an AMI 2.0 deployment, and the customer savings and increased reliability and resilience power system operators can realize by turning instead to AMx.
With adoption of advanced meters now widespread, an AMx strategy can help utilities unlock significant new value from existing infrastructure investments.
This episode of the Category Visionaries podcast features Dan Foreman, CEO and Co-Founder of Copper Labs, an energy technology company that’s raised $13 Million in funding.
Across the US, power outages are occurring more frequently and lasting longer. New kinds of utility demand response programs for residential customers could help.
Energy insecurity has ramifications for health, safety and customer equity. In the near-term, multiple opportunities exist for utilities to increase transparency, improve bill predictability and provide personalized insights and support.
With a warming climate and an evolving energy system, energy grids are facing new challenges to reliability. A more dynamic and performance-based approach to load flexibility could help.
Dan Forman, Copper Labs CEO, discusses a recent project Copper Labs conducted with Siemens, in which they experimented with a new town in a water-scarce region of Colorado called “Sterling Ranch.”
Technology provider Copper Labs has patented a technique for identifying outages from automated meter reading (AMR). The capability is intended to offer a low cost option for utilities that use drive-by AMR to detect and manage outages without the requirement for upgrade to an automated metering infrastructure (AMI).
In the face of water shortages like the Colorado River crisis, water utilities need to be able to manage demand and help their customers conserve water. Copper Labs’ patented technology may be able to help.
High-resolution data can help gas and dual-fuel utilities improve decarbonization planning, expand efficiency efforts, and unlock non-pipes alternatives through gas load management.
As water utilities increasingly deal with the effects of climate change and overuse of water, they need better information and tools to improve system resiliency, resource availability, leak detection, and customer engagement around water conservation. Getting better, near real-time data from water meters is a critical first step to support all these goals.
As the energy transition drives a need for greater load flexibility, behavioral strategies can be among the most scalable and equitable approaches to demand management.
The National Renewable Energy Laboratory will test the ability of real-time meter data to coordinate rapid energy restoration in remote communities in a $3 million partnership with Copper Labs, a Boulder, Colorado-based manufacturer of real-time meter data collection technology.
Copper Labs, in partnership with the US Department of Energy’s (DOE) National Renewable Energy Laboratory (NREL), is participating in a $3 million grant from the DOE for their combined work on the Solar-Assisted, Stakeholder-Engaged, Autonomous Restoration with Data Orchestration Program (Solar-HERO).
A pilot study by National Grid suggests that targeted energy conservation messaging may be effective at reducing energy consumption during severe weather.
Smart meters are failing to deliver promised benefits even after a decade of implementation. A new approach to collecting and using near-real-time meter data could help.
Armed with a signal processing technology that can extract real-time data from legacy meters, US start-up Copper Labs is hoping for a dramatic tech shake up in the smart water space.
Copper Labs just launched a neighborhood-level detector that wirelessly unlocks data from utility meters at scale, without the need for retrofits. Consumers will be able to access that data in near real time so they can tailor their electricity use as they charge their EVs and increasingly electrify their homes in order to save money.
After first announcing a partnership last year, National Grid and Copper Labs said they had demonstrated how targeted messaging can help customers reduce energy consumption during extreme weather events such as the bomb cyclone that tore through the East Coast in January.
Holy Cross Energy is focusing on acquiring renewable energy resources and facilitating the adoption of Distributed Energy Resources. The grid insight we wanted to see was near-real-time energy data from electric meters and grid-edge voltage data. But we needed faster data than AMI meter infrastructure could deliver.
Utility companies have a problem: Their “smart grids” were created to solve billing problems from a decade ago, not the needs and expectations from 2022 consumers with electric cars, solar panels and an obsession with real-time data. Copper Labs just raised $5.5 million to help them solve that problem, with an elegant little hardware device that serves as a bridge between the low-resolution smart meters and the consumer’s internet connection.
Through SmartThings Energy, located within the SmartThings app, consumers can monitor and manage energy of connected appliances in real-time. The integration with Copper Labs’ technology contextualizes energy consumption data as it relates to the whole home and allows homeowners the ability to set automations based on time-of-use rates or demand response events by participating utilities.
Access to real-time data is transforming co-op safety, reliability and response. Holy Cross Energy in Glenwood Springs, Colorado, is partnering with Copper Labs on a pilot project that uses real-time data collection from existing advanced metering infrastructure (AMI) to help consumer-members’ participation in—and understanding of—the co-op’s demand-response programs.
National Grid is to pilot real-time energy management start-up Copper Labs’ technology to engage New York gas customers. The Boulder-based Copper Labs’ latest funding round which was led by National Grid Partners, the utility’s venture capital arm, was over-subscribed. Copper Labs’ technology is designed to enable utilities to engage consumers with real-time meter data and better manage energy demand.