Antigua and Barbuda are moving forward with a joint solar power and energy installation. The clean energy provider PV Energy Limited is working with the local government on the project. Mr. Karprit Virdee, Director of PV Energy, answered some questions about it for CleanTechnica.
The islands of the world all offer spectacular ocean vistas — they are islands, after all — but they also share a common scourge. Bereft of natural resources, most of them rely on diesel generators for electricity. That means electricity is expensive and the skies over those pristine locations are filled with carbon dioxide and other emissions that are harmful to the environment and human health.
Imagine a world where we depend on sunlight and the wind for most of our energy needs. Then imagine nighttime and our main source of electricity literally falls asleep. Unless our future electricity system represents a giant “super-grid” with tons of wires connecting everywhere from San Francisco to Beijing, we will need somewhere to put that electricity when the sun doesn’t shine and the wind doesn’t blow. Along comes battery storage, one of the emerging technology advancements of the 21st century that could revolutionize the way we produce and consume electricity.
A new report from Greentech Media and the Energy Storage Association finds residential battery storage in the US surged in the first quarter of 2018. In total, 36 megawatt-hours of behind the meter residential storage were installed in Q1 — equaling the total amount installed in the previous three quarters combined. The vast majority of new grid connected residential battery storage — 74% — took place in just two states, California and Hawaii.
US home energy storage systems installations hit a record high in the first quarter of 2018. 36 megawatt-hours of grid-connected home energy storage systems were installed during this period, which was the same amount for the first three quarters of the year. Nearly three quarters of the Q1 installations were in California and Hawaii. “Changing net-metering rules and increasing customer interest in backup and solar self-consumption drove the residential energy storage market’s record quarter,” said Brett Simon, senior analyst at GTM Research.
What do Bill Gates, Jeff Bezos, Mark Zuckerberg, Reid Hoffman, Jack Ma, and David Rubenstein have in common? No, they are not all building new rockets for interstellar exploration. The common bond between them is that all have combined their considerable financial resources to create Breakthrough Energy Ventures. Formed in 2016 with an initial capitalization of $1 billion, BEV says its investments will be “patient capital,” which means a return on its investments may not happen for 20 years or more, giving the scientists and engineers it supports the time they need to develop disruptive technologies that could change the world.
Electric vehicles are part of a sustainable energy/transportation ecosystem that also includes charging infrastructure, smart grid technology, and renewable energy. The key that ties all of these components together is energy storage. Storage, specifically batteries, is the enabling technology that makes modern EVs possible, and that makes renewable energy viable. Battery storage also provides a number of other benefits for the electrical grid, such as load balancing and frequency regulation.
Installations of up to 25 kW of solar need not worry about grid regulations and taxes, but can be configured any way the owner wants in terms of grid output and/or battery storage. For home owners and small businesses this opens up a great deal of opportunities.
The US Army is behind a new research project at the Department of Energy’s Brookhaven National Laboratory that aims to send lithium-ion batteries spinning into a new era of high capacity energy storage. Among other things, that means more wind and solar grid integration, and that’s kind of funny considering that right now DOE is making yet another stab at finding a way to save old coal and nuclear power plants from the dust bin of history. Good luck with that!
San Diego Gas & Electric broke the news that it will be doubling the energy storage capacity of its network over the next 3.5 years to enable the adoption of more renewables in its service area.
New York State has awarded Cadenza Innovation funding for a demonstration project featuring Li-ion supercell technology, a standalone system that includes a rack-mounted 200kWh, 50kW battery storage unit. The project is part of the New York State Energy Research and Development Authority’s (NYSERDA) drive to pursue nation-leading clean energy goals, including Governor Andrew M. Cuomo’s energy storage target of 1500 megawatts in New York State by 2025. As the pioneering provider of energy storage solutions for license to lithium-ion (Li-ion) battery manufacturers, Cadenza Innovation offers unique cell design that combines the best properties from wound jelly rolls and large prismatic cells. That allows for high energy density at low cost for EV, PHEV, and grid markets.
In remarks to the 28th annual conference of the Energy Storage Association held in Boston last week, ESA head Kelly Speakes-Backman was euphoric. “This is a watershed moment, friends, this is our moment,” she said. “On a regular basis, our teams are in contact with ISOs and RTOs who are seeking guidance in how to create markets and support rules that enable more storage on the transmission level, distribution level, in businesses, and in homes.”
Tesla will build and supply the energy storage facility to be installed at BP’s Titan 1 wind energy power plant in South Dakota, US, the company has revealed. The new energy storage facility is expected to be installed during the second half of 2018, according to the company.
French utility company EDF has a goal of 100% carbon-free power by 2050. Energy storage will be a big part of achieving that goal. The company already has 5 gigawatts of installed grid-scale storage, but plans to increase that to 15 gigawatts by 2035. Adding the extra 10 gigawatts of storage called for by its new Energy Storage Plan will cost about $10 billion.
Earlier this month, the 800 megawatt Bay State Wind offshore project being developed jointly by Ørsted and Eversource off the coast of Massachusetts announced a deal which will see it work with local NEC Energy Solutions to develop an energy storage solution for the offshore wind farm. Ørsted, one of the world’s leading offshore wind companies, and Eversource, New England’s premier transmission builder, announced on March 16 that their Bay State Wind partnership had signed a Letter of Intent to work collaboratively with Massachusetts-based NEC Energy Solutions so as to develop an energy storage solution for the 800 megawatt (MW) Bay State Wind. Specifically, they are looking to combine the offshore wind farm with a 55 MW/110 MW-hour (MWh) energy storage option, which upon completion would result in the world’s largest wind-paired energy storage system for commercial-scale energy.
Storage is the fastest growing segment of the solar market, and grid scale energy storage allows utility companies to even out the flow of electricity sloshing around the utility grid, which will be a vital part of converting the utility industry.
AES Energy Storage and Siemens have joined forces to create a new energy storage company called Fluence Energy, which we mentioned recently in a story about the breakthrough prices of renewable energy + storage projects. Fluence CEO John Zahurancik has since answered some questions for CleanTechnica about the new company and one of its major new energy storage projects.
Agricultural businesses in the Middle East have a lot to contend with — water shortages, fluctuating rainfall, effects of climate change, high CO2 emissions per capita. The fertile lands of the region once provided conditions for incredible agricultural growth, which led to the evolution of human potential across millennia. Fast forward to the 21st century, and new power solutions now may provide the necessary energy pathways for successful local agriculture to flourish again in the region.
Statoil, the energy company backed by the Norwegian government, is the majority partner in the Hywind Scotland offshore floating wind farm that began operations in the past few weeks — the first floating wind farm in the world. Now, Statoil says it has selected Younicos, a global battery storage company, to install a 1 megawatt battery system contained in two 10 foot containers on land near Peterhead, Scotland.
Elon Musk set the world on its ear in 2017 when he promised Tesla could build and install a 129 megawatt-hour grid storage battery in South Australia in 100 days or less. The kicker? If Tesla failed to meet the deadline, the battery would be free. In fact, Tesla beat its own deadline. The battery got turned on in late November, weeks ahead of schedule. Now Hyundai says it intends to build and install a battery that will be 50% larger than the South Australia facility near Ulsan on the southeast coast of South Korea. It is scheduled for completion in February of next year.
While that argument may involve a bit of exaggeration, there’s no denying that the company’s success to date has depended a great deal upon its innovative use of lithium-ion battery cells (of various chemistries) and battery pack design. In other words, the company’s continued success likely depends upon its continued excellence with regard to the development and implementation of new ways of designing, utilizing, and manufacturing battery tech.
Elon Musk didn’t need 100 days after obtaining a connection agreement to switch on the Tesla big battery in South Australia. In fact, it took him less than 100 minutes. That’s how quickly the battery was up and running after the ink dried on the connection deal with the state’s transmission company ElectraNet last Friday. By the early evening, some 300 Tesla Powerpacks already in place were delivering all the power for the unveiling event, stored from the adjoining Hornsdale wind farm, a three-hour drive north of Adelaide.
Earlier this year, a first-of-its-kind microgrid was commissioned at the Marcus Garvey Apartment complex in Brooklyn’s Brownsville neighborhood in New York City. Like many microgrid projects, it combined renewable energy (in this case, solar PV) with battery storage, as well as a fuel cell. It’s connected to the grid and provides multiple local benefits, including clean energy generation and resiliency. The system also generates revenue and savings through demand charge reduction, capacity relief, and other grid services.
Storage has long been hailed as the holy grail of the renewable energy market, as it allows for a greater integration of technologies like solar PV and wind into the electrical grid. So, a lot of people have asked why energy storage hasn’t taken off in a more substantial fashion and at a more rapid pace, and many would agree that one of the issues is the bankability of energy storage technology. “Bankability” is a term used in the renewable energy world to describe the likelihood that any particular technology or manufacturer will be funded by financiers. If a technology is new and unproven, banks and other financial institutions will be unlikely to fund associated projects until they have developed an industry track record through the performance of such technology, and have gained maturity in the marketplace.