SunSpec Alliance Announces 2011 Annual Awards


San Jose, CA (PRWEB) February 21, 2012

The SunSpec Alliance, an industry coalition for establishing open IT standards for solar PV components and the systems they interact with, today announced the winners of the first annual SunSpec awards. Global leaders Silver Spring Networks (U.S.), Solar Frontier (Japan), SolarBridge Technologies (U.S.), SolarEdge Technologies (Israel), and the City of Boston (U.S.) were each singled out for their unique contributions to the solar industry.

Silver Spring Networks: McCulloch-Pitts Award

The highest SunSpec honor, the McCulloch-Pitts award, was given to Silver Spring Networks (http://www.silverspringnet.com) in recognition of its significant contributions toward the integration of residential solar PV and the Smart Grid. Tom Herbst of Silver Spring Networks and John Nunneley, executive director and chief technology officer of the SunSpec Alliance, have worked diligently for more than two years to harmonize Smart Energy Profile 2.0a key technology of the Smart Gridwith SunSpec specifications. As a result of this effort, consumers and utilities will soon be given visibility into both energy demand and generation in the home from a single source, enabling seamless integration of solar power generation and ensuring stable and functional smart electric grids.

“We want to thank Silver Spring Networks for its leadership in driving the integration of residential PV power plants and the smart grid. The technology that has resulted from the collaboration of Silver Spring Networks and the SunSpec Alliance is fundamental to helping utilities around the world overcome the challenge of maintaining stable power grids while honoring the right of individuals to operate solar PV power plants on their homes,” said Tom Tansy, Chairman of the SunSpec Alliance.

About the McCulloch-Pitts Award: In the 1940′s, the team of McCulloch and Pitts performed groundbreaking research in the areas of neural networking and artificial intelligence. One result of their work, known as the “McCulloch-Pitts Neuron” (http://www.wikipedia.org/wiki/Artificial_neuron) is a fundamental building block of modern computing that informs how we conceptualize “thinking” systems. Accordingly, the McCulloch-Pitts Award is given by the SunSpec Alliance to recognize individuals and companies who contribute to the integration of renewable energy and the smart grid.

Solar Frontier: General Excellence

Solar Frontier (http://www.solar-frontier.com) was given the SunSpec General Excellence Award. This award is conferred on the SunSpec Alliance member that best demonstrates the values of the SunSpec Alliance, including open standards leadership, technical innovation, business leadership, global partnership, and humanitarian values. Solar Frontier was singled out for its many business and technical achievements during the year, and for its contributions to helping rebuild Japan in the aftermath of the Tsunami that struck the country on March 11, 2011. The leadership shown by Solar Frontier provides inspiration to others that will make solar PV the preferred energy source of the 21st century.

SolarBridge Technologies: Bridge Builder Award

The first SunSpec Bridge Builder award was given to the aptly-named SolarBridge Technologies (http://www.solarbridgetech.com). SolarBridge was chosen for their role in creating the partnership between SunSpec and the UPVI Alliance. SolarBridge recognized the synergy of the UPVI Alliance, a developer of mechanical standards for PV module electronics integration, and the SunSpec Alliance, and worked diligently to forge a partnership between the two organizations. This effort is an example of standards development at its best, where entities focused on distinct-yet-complimentary technologies find creative ways to cooperate rather than compete. As a result, SunSpec and UPVI can each focus on its core competencies and create even more impactful results for the global PV industry.

SolarEdge Technologies: Open Standards Champion (Supplier)

SolarEdge Technologies was selected for the SunSpec Open Standards Champion award in the Supplier category. This award recognizes the PV component manufacturer or solution provider that best demonstrates the concept of backing up words with action. SolarEdge was singled out for its outstanding contributions to standards development (SolarEdge was a key contributor to SunSpec standards for inverter monitoring, inverter control, and module-level management), its vocal promotion of PV standards as a mechanism for driving inefficiency from the PV supply chain, and for deploying standards-compliant products in solar plants around the world.

City of Boston, Massachusetts: Open Standards Champion (Customer)

The City of Boston was selected for the SunSpec Open Standards Champion award in the Customer category. This award was established to recognize the PV power plant owner or purchase influencer that best shows the PV industry the value of standards in action. The City of Boston was singled out for making the business case for solar PV information standards in a municipal setting and for leading the effort to define procurement standards that encourage the adoption of standards-based PV solutions.

About SunSpec Alliance

The SunSpec Alliance is a federation of solar PV industry participants, together pursuing information standards for the renewable energy industry. SunSpec standards address most major sub-systems and operational aspects of PV power plants on the smart gridincluding residential, commercial, and utility-scale systemsthus reducing cost, promoting technology innovation, and accelerating industry growth. Over 50 organizations are members of the SunSpec Alliance, including global leaders from Asia, Europe, and North America. Membership is open to corporations, non-profits, and individuals. For more information about the SunSpec Alliance, or to download SunSpec specifications at no charge, please visit http://www.sunspec.org.

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Related Solar Energy At Home Press Releases

Home Solar Panel – Estimating Your Energy Usage

My name is Ingrid and I want to let you know what happened when I started looking into purchasing or making my Home Solar Panel an alternative energy source. With technology changing the world today, and global warming we are review our energy sources and sustainability on the planet. At this time of great change as consumer we are experiencing for the first time electrical companies who are wanting to buy energy from privately owned solar grids, from people like you and me. How does this affect us as a consumer wanting to care for our environment?

Consider these factors:

Prices Varied with each different company

I think my neighbors got a really good deal. They found a s 2kWh system that cost $ 10,000 with a $ 2000 final cost after rebates.

I also found complete step-by-step that had every nuance covered and showed you how to make a solar panel for less than $ 200.

My mind was ticking away.

My last inquiry about a system revealed a 1kwH costing $ 12,000 with a rebate final costing of $ 3,999.

What does this all mean?

Well small systems 1 or 2kilo Watt Hours only produce a percentage of your power needs.

So how do you work all this out?

First, find out the average sun hours where you live. You can find a map on my website. Now where we live, the average sun hours is 4hours

To understand the whole kilo watt hours to watts was tricky initially but I found a very easy way. Here is what to do:-

Easy Way to Estimate

for a 1kilo Watt Hour System In Your Home

How many Kilo Watt Hours of Electricity do you use daily?

Take a look at your Electricity Bill. I mean a really good look. Turn it over and see if you have some way of see how many kWh (kilo, watt, hours) you are using and if they have a daily average worked out for you.

Here is what my electrical bill says, for the Summer my daily average was 7 kWh
Now a 1 kilo watt hour system is 6 solar panels at 167watts per home solar panel and equals 1002 watts but they call it a 1kwh system.
So my 1kWh system for $ 3,999 gives me around 1002 watts per solar sun hours.
Now solar sun hours depends on your location and the angle of your solar panel. So my solar sun hours are approximately 4hrs per day.
That means I multiply my system – 1 kilo watt hour x 4 = 4kWh(4000watts) and I now know approximately the amount of electricity I may be able to produce.

If I purchased the 1 kilo Watt hour system just over half of my electricity usageis covered by my home solar panels only in summer and It would cost me $ 3,999. But then the guy explains to me, how I can sell electricity to the company for 20cents a kw with this system. He informed me that during the day when I am not at home or not using any electricity( ha .. well he does not know me!) the electricity goes back to the electrical company. And then at night, I am buying my electricity back from the electrical company again.

So I sell my electricity for 20cents to the electrical company and then the sell it back to me for How Much? I think you get what I am talking about here. No wonder it was going to take me something like 8 years before I got a return and could get half my electricity for free.

So before I design my whole home solar panel array, I am going to build my own little system first for well under $ 4000 probably for $ 150- $ 250 hundred bucks and see how I go with that. Gee I might even save enough from my first home solar panel to build my second one for free, instead of selling my savings back to the grid. Electricity companies want your energy. Why because it is cheap for them to buy and sell back to you! Maybe I can save the environment this week by donating to my favorite save the animals fund rather than the electrical company fund. I mean if I donate to the electrical company will that reduce my green house gas emissions? Yes I know.. but really what are the electrical companies doing to implement the new solar technology available to them, buying electricity from us. While I am figuring it out, the point is do some research And follow your instincts.

Get a solar power system that works for you. Look at the alternatives and don’t just get an expensive system that gets you in over your head when you can start with a smaller one you and maybe the family can build together.

Home Solar Panel reducing your carbon emissions without paying those higher prices.

Ingrid Keys
Home Solar Panel Enthusiast
http://www.homesolarpanelhub.com/

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The Advantages And Disadvantages Of DIY Solar Power

Article by Terro White

The Advantages And Disadvantages Of DIY Solar Power – Technology

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Solar power is one of the fastest growing means of providing electrical power. It’s an effective, environmentally friendly form of energy that requires minimal maintenance. Today, there are entire portions of many cities that are building homes that are almost completely reliant on solar energy. In fact, when these solar panels generate more electricity than the home uses, the homeowner actually gets paid for it!

For those handymen that prefer to tackle a task themselves, DIY solar power is very feasible. With minimal supplies, a solar panel can be easily built over the course of a weekend. Here is some information on the advantages and disadvantages of DIY solar power so you can decide if this is something that’s right for your next home improvement project.

The Advantages of DIY Solar Power

There are many advantages of a DIY solar power. The first would be the savings over commercially manufactured and installed solar panels. Typically, the cost for solar panels can run between $ 20,000 and $ 35,000. With the tax incentives and rebates available today from the federal government, as well as local and state agencies, that price could be reduced as much as fifty percent. However, the guidelines are very strict as to which panels will qualify and how much of a rebate is allowed.

DIY solar power is considerably less expensive. You can build a solar panel that will operate a small shop or small appliance for about $ 200-$ 300. You don’t have to order special parts, either. Almost all the pieces needed to build your own solar panel are available at your local home improvement store. These include copper wiring, plywood, alligator clips, and solar cells.

You’ll need to be familiar enough with basic carpentry skills, such as cutting the plywood and soldering electrical wiring. There are a number of websites that offer free eBooks that demonstrate the entire building process.

Another advantage is that you can placed used solar cells in your DIY solar power panel. Not only will this save you money, you are also recycling, which is good for the environment. There are several places online that sell used solar cells and for only a fraction of what they cost new.

These DIY solar power panels can all be connected together to create a greater output of energy. Depending on your initiative, you may want to build several panels that can that really make a difference in your electrical bills.

Disadvantages of DIY Solar Power

The main disadvantage to DIY solar power is that it’s not easy to build a panel that can produce as much power as a commercially manufactured solar panel. Solar cells can be expensive and with the discounts available today, it makes more sense to buy new if you are wanting to power your entire home off of solar power.

However, you can make an pretty hefty indention in your electric bills with a DIY Solar Power panel, especially if you loop several together. In today’s economy, even a few dollars saved here and there can really make a difference.

A Final Thought

It’s time that more people turn to renewable sources of energy in an effort to preserve the earth’s natural resources. You can do a small part with a DIY solar power.

About the Author

Learn more about building a DIY solar power panel. In today’s tough economic situation, every dime can save with a DIY Solar Power panel can really add up to big savings!

Use and distribution of this article is subject to our Publisher Guidelines
whereby the original author’s information and copyright must be included.

Terro White



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