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Clean, green, renewable energy is one of the biggest drivers of the Smart Grid. Put simply, the world cannot meet its renewable energy goals without an intelligent, interconnected grid. This section will help you find the latest research and reports on key issues such as interconnection, integration, intermittency (and how to handle it), and growth projections.

Results: 615 results found. You are on page 1 of 41 pages.

No more renewable mandates for New York? (Or energy efficiency either?)

smart grid, modern grid, smart grid strategy, smart grid investments, New York energy plan, energy efficiency, renewables
New York isn’t giving up on its commitment to renewables and energy efficiency. The New York State Energy Research and Development Authority just wants to change the state’s approach. The agency is proposing a switch from mandates to a program of investments in market development and technology innovation, and incentives for renewables.

The essential next step for distributed energy (a transparent market that includes end users)

smart grid, modern grid, smart grid technology, distributed energy resources, DERs, energy markets, smart grid strategy, electric utilities
Distributed energy resources (DER) are becoming increasingly prevalent, particularly in places like California and the Northeast. And growth will continue. But what now? Guest author Alicia Abrams outlines why and how a transparent and flexible energy market would leverage the very real potential of those energy resources.

The essential next step for distributed energy (a transparent market that includes end users)

smart grid, modern grid, smart grid technology, distributed energy resources, DERs, energy markets, smart grid strategy, electric utilities
Distributed energy resources (DER) are becoming increasingly prevalent, particularly in places like California and the Northeast. And growth will continue. But what now? Guest author Alicia Abrams outlines why and how a transparent and flexible energy market would leverage the very real potential of those energy resources.

Lessons from the field: Progress in integrating distributed energy (and creating virtual power plants)

smart grid, modern grid, smart grid technology, distributed energy resources, EPRI, smart grid demonstration projects
The EPRI Smart Grid Demonstration Initiative, a seven-year program of field demonstrations concentrating on integrating distributed energy resources, has been making real progress. Click to read some highlights from the latest EPRI update and for access to the full version.

The march to renewables: Congress may extend and expand tax credits

smart grid, modern grid, smart grid technology, renewable energy, production tax credits, policy and regulation, electric utilities
A bill recently introduced in Congress would extend the production tax credit for wind power and provide the solar industry with the same access to credits at the beginning of project construction. Electric utilities will want to keep an eye on this one because it could affect their plans for future grid upgrades. Click for details on the legislation.

New evidence that solar progress is accelerating

smart grid, modern grid, smart grid technology, solar power, smart grid trends, renewables, electric utilities
Utility executives who think solar won’t be cost-competitive in their area anytime soon may choose to re-think that assumption. Three new reports from the Lawrence Berkeley National Laboratory confirm that the price of electricity from large-scale solar projects has dropped dramatically over the past few years, and so has the cost of rooftop solar installations.

New technology: A sampling of the latest offerings for the smart grid

smart grid, modern grid, smart grid technology, smart grid companies
There seems to be a steady flow of technologies appropriate for the smart grid sector market. Read about Idaho Power’s new renewables integration tool designed to help grid operators use wind power more effectively, Oracle’s new offering to help utilities reach greater operational efficiency and more new releases in solar tech and asset reliability management.

Cap and trade -- coming soon to a state near you

smart grid, modern grid, smart grid technology, policy and regulation, cap and trade, EPA, electric utilities
Cap and trade may at first glance seem to have nothing to do with the smart grid, but it would have a profound impact on renewables integration, energy efficiency and more if enacted. While no action is expected from Congress, states could take up cap and trade to help them deal with the new EPA rules on power plant emissions reductions.

We may not need utilities much longer says former COO (and how to prove him wrong)

smart grid, modern grid, smart grid technology, electric utility trends, grid divorce, electric utilities
Large central utilities are losing public and regulatory support and risk becoming a casualty of the shift to self-sufficiency that will take place in much of the world, say the authors of a recently published essay. There is, however, much that utilities can do to steer clear of that dire future. Click for details.

All eyes are on rooftop solar… but what about BIG (utility-scale) solar?

smart grid, modern grid, smart grid technology, U.S. solar industry, utility-scale solar power, markets and pricing, electric utilities
It seems everyone is talking about rooftop solar, its dramatic growth, the subsidies, net metering and how it will change utilities and how they operate. But utility-scale solar still represents most of the solar growth in the U.S. Pete Danko of Breaking Energy reports on the current status of “big solar” and why more and more environmental groups and others are raising red flags about it.

Smart grid funding: DOE, other agencies continue to invest in projects and R&D

smart grid, modern grid, smart grid technology, smart grid projects, smart grid R&D, DOE, smart grid investments
The era of billions in smart grid investment and demonstration grants may be gone, but DOE and other federal agencies continue to steadily invest in grid resilience and a more secure energy future. We take a look at some recent examples in a variety of technologies.

3 ideas you can borrow from Italian giant Enel (including crowdsourcing)

smart grid, modern grid, smart grid technology, job training, plant operations, plant efficiency, distributed generation, Enel, electric utilities
In utility circles Italy’s Enel is highly regarded as a pioneer, ahead of the pack in a number of areas. The company’s new ventures in training and retaining skilled employees, crowdsourcing to improve hydro plant efficiency, and participation in a new approach to distributed generation are the latest examples of its commitment to innovation.

A very different kind of wave energy device (it operates well below the waves)

smart grid, modern grid, smart grid technology, marine energy, wave energy, renewable energy, research and development
Many industry observers see wave energy as a remote possibility, one of those “out there” technologies, if they consider it at all. However, several companies have quietly gone about their business building and testing a variety of devices to convert marine energy into electric power. Pete Danko of Breaking Energy shares one of the latest developments.

Desperate German utilities will try to become solar leasing companies

smart grid, modern grid, smart grid technology, German renewables, German electric utilities, business strategy
Germany’s largest utilities did not participate in the country’s solar boom and are losing market share and profits because of it. Click to read about how they plan to get back in the game and what some of their options could be.

What's the future of utilities? Hawaii has one answer

smart grid, modern grid, smart grid technology, renewable energy, energy efficiency, Hawaii, policy and regulation, electric utilities
Hawaii’s electricity landscape is changing dramatically. In response to demands from regulators, the state’s utilities have provided plans for how they will reduce power bills and meet a target of providing two-thirds of the state’s electricity with renewables by 2030. Hawaii’s experiences will be worth watching because they could provide a glimpse of the not too distant future for other parts of the country.

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