A pale orange-and-gold sunset bathes the macadamia plantations and avocado orchards that sweep down to Australia’s Byron Bay. The coming dusk is a cue for two sleek Tesla battery packs in the garage at Amileka, a secluded holiday villa nearby. They stir silently into action—powering the appliances in the five-bedroom home’s twin kitchens, recharging a $100,000-plus Model X SUV, driving a filter pump for an 18-meter swimming pool sparkling in the shade of a century-old native black bean tree.

The Australian Renewable Energy Agency (ARENA), on behalf of the Australian government, has announced up to $40 million in funding towards the deployment of a pumped hydro energy storage (PHES) project in South Australia.

Presentation by Dennis Fritz of SAIC and MacDermid, Inc.

Presentation by Tom Lantzer of DuPont Circuit and Packaging Materials

Presentation by Jason Fullerton of ACI Technologies, Inc.

Presentation by Mike Carano of OMG Electronic Chemicals.

MacDermid 于 1962 年加入 IPC，当时的先进技术是商业通讯卫星。 自那以后，这两个组织共同取得了多项成就。

Presentation by Yash Sutariya of Saturn Electronics/Saturn Flex Systems, Inc.

Presentation by Joe Fjelstad of Silicon Pipe, Inc.

IPC China President Phil Carmichael shares his insights, as well as those of some of his colleagues, into the current state of the general economy in China.

The European Union is poised to take its first formal steps to expand the world’s most ambitious limits on fossil fuel pollution. That may widen a rift in how it balances green policies with the need for cheaper power.

The transmission industry enters 2014 with a lot of work ahead as it continues to recreate the grid and make it more renewable energy-ready.

European Union leaders intend next month to agree on a timeline for developing energy and climate targets for 2030, delaying a final decision on the polices, according to two people with knowledge of the matter.

Tesla Motors Inc.’s plan to build what co-founder Elon Musk bills as the world’s largest battery factory could shake up the power industry and trigger a bidding contest between states eager for the 6,500 jobs the $5 billion investment could create.

The idea of a “smart grid” has taken center stage — an evolution of advanced technologies that make the availability of a smarter, more efficient electrical power grid possible. These technologies aim to address the complex challenges facing grid systems today, which stem largely from its aging infrastructure and a use case model that has evolved over the years. With power systems over a century old, the field instrumentation on the grid is quickly reaching its life cycle limit, which adversely affects overall grid reliability and efficiency.

From David and Goliath to Luke Skywalker and the Death Star, the human race has been reminded again and again that big things have their vulnerable points. The U.S. power grid, sometimes called the world’s largest machine, is no exception.

The Obama administration is considering cutting greenhouse-gas emissions from power plants by reaching beyond the plants themselves — an unusual approach that could run afoul of anti-pollution laws.

Bracing for greenhouse-gas rules from the Obama administration, two industries are staking out different positions. Coal companies are pledging to sue. Electric utilities are ready to talk.

The Obama administration has taken a lot of heat for creating climate change rules that bypass Congress. But recent court decisions are bolstering the president’s clean air agenda – and they come at a crucial time.

Electric utilities seeking the renewal of their franchises, and politicians seeking municipalization, both ignore the transformative possibilities of the microgrid. Microgrids represent a promising new business opportunity for both existing utilities and new entrants in the electricity business. Microgrid deployment will also provide the same public benefits as municipal control, likely more.

Utilities, get ready: Massachusetts is in revolutionary mode again. No one is throwing tea into Boston Harbor, but the state is trying to sink outmoded ways of moving around electrons.

"Big data" is playing an increasingly big role in the renewable energy industry and the transformation of the nation's electrical grid, and no single entity provides a better tool for such data than the Energy Department's Energy Systems Integration Facility (ESIF) located on the campus of the National Renewable Energy Laboratory (NREL). Imagined by NREL leaders who foresaw the possibilities for high performance computing (HPC), the ESIF's HPC data center is fulfilling the goal of handling large and complex datasets that exceed traditional database processes.

Prime Minister Narendra Modi’s government plans to spend 15 billion rupees ($250 million) on programs to boost solar power and reform electricity supply to farmers to end blackouts in India.

For most people, the best way to build a green or fossil-free portfolio will be to use mutual funds or an investment advisor. The exceptions are those who like to do things for themselves, and understand the significant advantage that saving just a fraction of a percent in annual fees can make to the long term performance of a portfolio.

People speak reverentially about the electricity grid, and rightly so. The U.S.’ electricity grid is an awesome technical, operational, and public policy accomplishment. Who can deny the matchless service it delivers, occasional weather-related breakdowns notwithstanding? In fact, acts of Mother Nature — Hurricane Sandy, say — only highlight its otherwise stellar reliability. And rural electrification, like rural telephony, is a triumph of public policy with foresight.

Buyers of Volkswagen or Audi hybrids will find themselves getting yet another sales pitch as they leave a U.S. dealership next year -- to buy a home power network that allows them to charge their new cars using only solar power.

In India, it is presumed that the grid is a better source of electricity; those locations least likely to get grid electricity are prioritized for solar deployment.

The threat of climate change is driving China and the U.S. — frequent rivals and the world’s two largest greenhouse-gas emitters — to collaborate on dozens of potential clean-energy breakthroughs.

As a businessman exploring investments, I need simple answers, however complicated the problem. I wish to know: Are microgrids economical? How much investment is needed and for what? What are the factors that principally affect profitability, within the system and in the environment? If microgrids are not profitable at the present, when will they be? I recognize that understanding microgrids as a system requires complicated mathematics and modeling. I’m sympathetic to and respect those who do that.

The European Union is seeking to speed up the creation of a common energy market to help its shift to a low-carbon economy and boost security of energy supplies amid a natural-gas dispute between Russia and Ukraine.

The Renewable Energy World team is at Solar Power International 2014 in Las Vegas, Nevada gathering news, networking and taking in the show, which began with a flurry of excitement.

Imagine a place where there is no electricity market. No rules, no policies, no market. A clean slate. This is what the Solar Energy Power Association (SEPA) calls the 51st State, a new initiative to get people to think outside the box when it comes to utility design and infrastructure.

As more intermittent renewable capacity is added to grid networks around the world, the need for greater system flexibility in order to cope with the variable supply is growing. In parts of the Europe, grid operators complain that balancing the system is becoming more and more difficult as new renewable sources are added, requiring ever more complex management techniques, as well as repeated use of polluting and inefficient standby capacity. Surges of solar and wind power are often not fully utilised, causing some to question the wisdom of adding further variable renewable capacity.

Every time the U.S. holds midyear elections, the country almost always goes against the incumbent President’s party, which is always sobering to whomever holds The White House. And this week’s elections were no exception.

According to the latest "Energy Infrastructure Update" report from the Federal Energy Regulatory Commission's (FERC) Office of Energy Projects, wind power provided over two-thirds (68.41 percent) of new U.S. electrical generating capacity in October 2014. Specifically, five wind farms in Colorado, Kansas, Michigan, Nebraska, and Texas came on line last month, accounting for 574 MW of new capacity.

The California Energy Commission (CEC) and U.S. Navy (USN) are teaming up to spur deployment of grid-integrated local renewable energy resources and advanced energy storage solutions. On December 1, Imergy Power Systems announced that its ESP30 series vanadium-flow batteries will be used in a CEC-sponsored Smart Microgrid project hosted by the Navy at its Mobile Utilities Support Equipment (MUSE) Facility in Port Hueneme, California.

Let's review some notable news headlines from the month of November.

Renewable energy stakeholders are well aware that clean energy is slowly but steadily transforming the energy landscape and that message couldn’t have been more clear at the recently concluded Power-Gen International, the largest show for the traditional power generation industry. Since all forms of power generation are represented at the show through the four co-located conferences, PennWell calls the second week in December "Power Generation Week."

Despite years of successful experience, dozens of studies, and increasing utility support for clean energy, urban myth holds that electricity from renewable energy is unreliable. Yet over 75,000 megawatts (MW) of wind and solar power have been integrated, reliably, into the nation’s electric grid to date. That’s enough electricity to supply 17.9 million homes.

Although the U.S. made it through a quiet 2014 Atlantic hurricane season this year, it doesn’t mean we’re out of the waters. Natural disasters are an ongoing threat to our infrastructure, and utilities need to be conscious of the present state and future of our power grid. Fortunately, in recent years many utilities across the country have recognized the importance of being prepared for major storms, and have been actively researching and implementing solutions to prepare for the next big one.

In visualizing microgrids as smaller versions of the existing grid, we ignore a whole new dimension of the impending electricity revolution that I wish to call “microgrid as metaphor,” and distinguish it from “microgrid as fact.” Let me elaborate.

China is mulling a policy to provide a subsidy for lithium batteries deployed in electric vehicles. This new favorable policy is expected to propel the development of the country’s electric vehicle sector. China has existing subsidy policies for the sector, but higher prices for the parts used in electric vehicles, in particular lithium batteries, prevent many consumers from purchasing the vehicles.

Ending a year-long race that had been nip-and tuck every month, renewable energy sources cumulatively provided more new electric generating capacity in 2014 than did natural gas.

In a previous article, I had a conversation with former-CIA chief Jim Woolsey to discuss one of America’s greatest national security vulnerabilities, its power grid. The issues that Woolsey has been concerned with for over a decade has been the ease in which a terrorist group or other actor (think North Korea for example) could attack the grid and plunge the country into darkness for months, if not years. And if that seems far-fetched, just recall how a tree limb fell in Ohio in 2003 and blacked out the entire Northeast and part of Canada for several days.

India said cheaper credit along with foreign investment will help the world’s third-largest polluter fund an ambitious renewable energy program that would build green power plants faster than China.

Sweden and Norway agreed to boost their target for renewable energy production amid concerns the additional capacity will exacerbate a power glut and strain the region’s electricity grid.

We love electric vehicles (EVs) in California and we want that love to spread. Why? It isn’t because of the cool factor — though, believe me, EVs like the Tesla are undoubtedly cool. Instead, it’s because these cars can offer significant benefits to the environment, electric grid, and economy.

In our second annual survey on American homeowners’ attitudes toward clean energy, one thing is resoundingly clear. In a nation divided on climate change, immigration policy, and so many other issues, Americans are overwhelmingly united in their support of renewable energy.

A $2 trillion push in the U.S. to blend renewable energy into the power supply and fortify transmission lines against extreme weather means that Americans must act more like Europeans to keep their power costs down.

As health officials around the globe struggle to “flatten the curve” of coronavirus cases, the electronics manufacturing industry continues to face ambiguous operating restrictions, uncertain economic conditions, abnormalities in supply chains, and greater gaps in the workforce. Over the past week, IPC has continued to monitor the health of the electronics manufacturing industry amid the […]