demand response – Page 3

Renewables Become Leader in Grid Resilience: Decentralized Approach to Disaster Recovery

June 5, 2022 admin Aurora, clean power, demand response, grid, microgrids, national renewable energy laboratory (nrel), research, SCIENCE, Solar energy, us department of energy (doe), wind energy

Credit to Author: U.S. Department of Energy| Date: Sun, 05 Jun 2022 05:00:10 +0000

Grid-Forming Inverter Demonstration at NREL Shows Decentralized Approach to Disaster Recovery Following an outage, it could be far quicker to restore electricity with energy resources that are close to home rather than miles of transmission line away. In fact, many outages might be avoided altogether by configuring local resources into rugged microgrids. The National Renewable […]

CleanTech Energy News Science

Helping US Utilities Target Grid Resilience With Digitalization

April 7, 2022 admin clean power, demand response, energy grid, grid, grid resilience

Credit to Author: Guest Contributor| Date: Thu, 07 Apr 2022 20:00:29 +0000

Building out the electrical grid is one thing, keeping it up and running is another!

CleanTech Energy News Science

Your Journey Toward A Fully Electric Future Starts With A Single Step

February 29, 2020 admin batteries, buildings, California, cars, clean power, clean transport, cleantechnica, cleantechnica exclusive, climate change, consumer technology, demand response, Electric vehicles, electrify everything, energy efficiency, Energy Storage, ev charging, grid, home energy management, lighting, rebuild, rooftop solar, Solar energy, tesla solarglass roof, ventura

Credit to Author: Kyle Field| Date: Sat, 29 Feb 2020 15:00:05 +0000

Every journey towards a more sustainable lifestyle starts with a single step. It starts with a dissatisfaction for the status quo. With all that said, my encouragement to you today is to take your next step. Take the step that sits in front of you, whether that be to give up your car in favor of a bike, to purchase an electric vehicle, to install solar on your roof, to add a battery backup system, or even to upgrade your electrical panel if that’s what’s in the cards

CleanTech Energy News Science

Enel X Announces A New Suite Of Intelligent, Connected EV Chargers For 2020

February 28, 2020 admin cars, CCS, chademo, chanje, clean transport, consumer technology, demand response, Electric vehicles, enel x, ev charging, ev charging stations, fast-charger, giovanni bertolino, grid, juicebox, juicenet, juicepedestal, juicepump, juicestand, Smart Grid, smartphone apps

Credit to Author: Kyle Field| Date: Sat, 29 Feb 2020 03:00:21 +0000

Enel X has launched a cohesive new line of EV charging solutions to kick off 2020. The new solutions create a full suite of EV charging solutions designed to solve the needs of customers in residential, workplace, commercial, and public charging. The new family of Enel X chargers builds on the success of the JuiceBox, introducing new variants across the residential charging horizontal as well as complementary products in completely new market verticals

CleanTech Energy News Science

Tesla Steps Into The Utility Space With New Grid Controller Patent

February 14, 2020 admin batteries, building-integrated photovoltaics (bipv), buildings, cars, clean power, clean transport, cleantechnica, cleantechnica exclusive, consumer technology, demand response, disaggregation, electric cars, Electric vehicles, energy efficiency, Energy Storage, ev charging, Fossil Fuels, grid, grid storage, natural gas, neurio, patents, pumped hydro storage, rooftop solar, Smart Grid, smart home, smartphone apps, Solar energy, tesla, tesla energy, tesla grid controller, tesla patents, tesla powerwall, tesla solarglass roof, wind energy

Credit to Author: Kyle Field| Date: Sat, 15 Feb 2020 00:53:19 +0000

This week, Tesla locked in a new patent for a distributed electrical grid management system, with capability to control everything from massive grid-scale energy storage installations down to your washing machine to keep everything humming along nicely

CleanTech Energy News Science

Machine Learning Makes More Money For Renewable, Fleet, & Microgrid Operators

January 20, 2020 admin Artificial Intelligence, Australia, batteries, California, clean power, climate change, demand response, energy efficiency, Energy Storage, green economy, grid, investment, machine learning, Markets, microgrids, Solar energy, solar prices, uk, United Kingdom, United States

Credit to Author: Michael Barnard| Date: Mon, 20 Jan 2020 23:30:08 +0000

Machine learning initiatives are emerging in multiple markets where there are less irrational forces at play than are seen in the stock market. Commodity and energy markets have clear drivers for price, and emerging ancillary markets such as demand management are providing new and often complex ways to gain a profitable edge

CleanTech Energy News Science

Energy Efficiency Is A Core Target For Machine Learning

January 20, 2020 admin ancillary markets, buildings, clean power, climate change, consumer technology, demand response, electricity markets, energy efficiency, Energy Storage, green economy, grid, home energy management, hot water heaters, hvac, investment, machine learning, Manufacturing, microgrids, Smart Grid, smartphone apps

Credit to Author: Michael Barnard| Date: Mon, 20 Jan 2020 19:30:10 +0000

Multiple firms around the world are leveraging machine learning to optimize building energy consumption for cost savings and carbon reductions

CleanTech Energy News Science

100% WWS Part 3: Jacobson’s New Study Leans Into The Green New Deal

December 20, 2019 admin batteries, China, clean power, climate change, Coal, concentrating solar power, demand response, Energy Storage, Fossil Fuels, green economy, green jobs, green new deal, grid, grid storage, HEALTH, hvdc, hydroelectric, investment, Japan, lithium-ion batteries, mark z. jacobson, natural gas, nuclear energy, offshore wind energy, Oil, onshore wind farms, policy & politics, pumped hydro storage, research, rooftop solar, SCIENCE, Solar energy, solar power plants, South korea, Stanford, United States, vehicle to grid, wind energy

Credit to Author: Michael Barnard| Date: Fri, 20 Dec 2019 16:07:15 +0000

While Jacobson’s latest Stanford study on 100% renewables by 2050 will draw fire for leaning into the Green New Deal, it strongly supports that policy

CleanTech Energy News Science

100% WWS Part 2: Jacobson’s Latest Study Covers Storage, Transmission, & More

December 20, 2019 admin air quality, batteries, clean power, clean transport, climate change, Coal, concentrating solar power, demand response, Electric vehicles, Energy Storage, Fossil Fuels, green economy, green jobs, grid, grid storage, HEALTH, heat pumps, hvdc, hydroelectric, investment, lithium-ion batteries, Manufacturing, mark z. jacobson, natural gas, nuclear energy, offshore wind energy, Oil, onshore wind farms, policy & politics, pumped hydro storage, pumped-storage hydro, research, rooftop solar, SCIENCE, Solar energy, solar power plants, Stanford, vehicle to grid, wind energy

Credit to Author: Michael Barnard| Date: Fri, 20 Dec 2019 16:06:12 +0000

Jacobson’s latest study carefully uses with current technologies and currently available resources for storage and transmission. The latest evidence is that there are much cheaper alternatives than his team models, underselling the potential

CleanTech Energy News Science

Tesla Powerwall 2 Arrives Just In Time As Power Cuts Worsen In South Africa

December 17, 2019 admin africa, batteries, clean power, Coal, consumer technology, demand response, Energy Storage, eskom, Fossil Fuels, grid, grid storage, home energy management, lithium-ion batteries, microgrids, Off The Grid, policy & politics, rooftop solar, Smart Grid, Solar energy, South Africa, tesla, tesla powerwall, tesla powerwall 2.0, tesla south africa, the powerwall, waste reduction

Credit to Author: Remeredzai Joseph Kuhudzai| Date: Tue, 17 Dec 2019 07:05:12 +0000

On the 9th of this month, for the first time ever, Eskom, South Africa’s national power utility company, implemented Stage 6 Load shedding in which Eskom had to shed a load of 6000 MW to stabilise the grid. South Africa’s current installed capacity is 49.4 GW, according to the Draft Integrated Recourse Plan (2018) from South Africa’s Department of Energy