#Webinar – Uncertainty of Brexit: Impact on the #Energy and #Utilities Sector

“The UK has largely been governed by EU legislation for the past 20 years. However, with the vote in June to leave the EU, the UK could now have the freedom to vary its energy policy while the EU has to also consider its own path foward – in particular, whether the UK can remain a part of the EU Integrated Energy Market (IEM). In such a period of uncertainty, it will be critical for energy stakeholders to consider potential scenarios, re-evaluate their strategies and position themselves for success.”


eBook: Five Key Considerations for Integrating #Renewables into Your Procurement Strategy


“Incorporating Distributed Energy Resources (DERs) can optimize your energy strategy for cost efficiency, reliability, security, and reducing your organizations environmental impact – but the benefits can vary significantly. Learn how to assess the benefits of DERs with five key considerations. Download this guide to help you consider whether DERs are right for your organization, when to make the investment, and how to make a strong business case for DERs.”

Fluctuations 13 July 16

Fluctuations is updated throughout the day, with thoughts, correction, and new links. Check in with us at the end of the day to see if you’ve missed anything or if you want to comment. Have a great day.

Good morning,

The June issues of Buildings magazine has Solar financing article. 7 Solar Financing Mistakes and How to Avoid Them. Check it out.

From Decentralized-Energy

$1bn in potential savings identified through Boston microgrids

Here are a few important points:
Microgrid islanding capability enables local energy resiliency, and aggregating DER in a microgrid can enable easier valuation of DER costs and benefits.

Evaluating a microgrid’s return on investment requires a robust understanding of generation and load characteristics, utility structure, energy markets, regulatory environment, and risks associated with an individual project.

Following that step the team identify an ‘anchor building’ for a microgrid. The anchor building is one that demands enough energy to justify the investment in local infrastructure upgrades for establishing a microgrid. Siting a microgrid in the location of an anchor building makes an infrastructure investment palatable to the city and encourages local stakeholders to consider connecting to the microgrid. Read more HERE

Bill Introduced to Give Businesses and Homeowners a Tax Credit for Energy Storage Use

US Senator Martin Heinrich (D-N.M.), a member of the Senate Committee on Energy and Natural Resources, has co-sponsored the Energy Storage Tax Incentive and Deployment Act, a bipartisan bill to establish investment tax credits (ITC) for business and home use of energy storage.  The proposed tax incentives are modeled on the current ITCs for solar energy and apply to either large, grid-connected energy storage systems or to smaller battery systems for residential power. Home battery storage, coupled with a small wind or roof-top solar system, could be used to store energy during the day for use later in the day or during overcast skies and to help consumers reduce their energy bills.

Solar Power: For The Masses Or The Wealthy?

Residential solar, says SolarPulse, is now a financial decision, not an environmental one. SolarPulse’s data includes a measure of the “environmental orientation” of households based on their purchasing behavior and this shows that environmental concerns are becoming less of a factor. As solar prices drop, solar is actually becoming a way to save money. This is mirrored in the dropping of the credit score required to get a financed solar package.

A New Report Reveals the Impact of Installing 8 Million Solar Panels Across America

SolarCity, one of the United States’ biggest solar developers, has published a report exploring the impact of installing 8 million solar panels across America. SolarCity released its first corporate sustainability report, measuring the impact the company has had on the environment, job creation, economic development, and society. Closing in on its 10-year anniversary, SolarCity has installed more than 8 million solar panels across the United States, servicing more than 250,000 customers. The new report, SolarCity 2015 Impact Report, asks what impact it has had on the planet over that period.

Solar panels study reveals impact on the Earth

Environmental Scientists at Lancaster University and the Centre for Ecology and Hydrology monitored a large solar park, near Swindon, for a year.

They found that solar parks altered the local climate, measuring cooling of as much as 5 degrees Centigrade under the panels during the summer but the effects varied depending on the time of year and the time of day.

Read more at: http://phys.org/news/2016-07-solar-panels-reveals-impact-earth.html#jCp

That’s it friends. Have a great evening.

Today’s Fluctuations 

Fluctuations is updated throughout the day, with thought, corrects, and new links. Check in with us at the end of the day to see if you’ve missed anything or if you want to comment. Have a great day. 
Are you ready to work with your utility?

Con Edison’s DSIP 

Con Edison’s DSIP presents its self- assessment and five-year view of the integration of Distributed Energy Resources into


Quote from the Barron’s

Twilight in Electric Utilities

“Half of electric-utility executives surveyed recently expect their industry to go into a “death spiral” within 10 years…”

Thoughts: If solar panel manufacturers increase their efficiency to at least 50% and consumer product manufacturers continue their trend toward more energy smart and nanotechnology, we may one day have an electric power surplus. What if you iPad was a sheet of glass?


As we move into a DER environment installer will have more things to consider. 

Shipping lithium batteries: Are you up to date on the requirements? 

While this type of battery is not currently in use to store residential electricity auto companies plan to convert them for use in homes. 

Distributed Generation-Integrated Value

Distributed generation (DG) is the name given for generating power at the point of consumption. With DG, electricity is produced at many small, dispersed generating sites, rather than at large, centralized, traditional power plants. Some of the most recognizable distributed resources include solar, wind, and small gas turbines.


TVA: Bill Johnson.