Dedication Ceremony for the Republic of the Philippines

July 27th, 2010

Sitero Francisco Memorial National High School, Division of City Schools – Valenzuela and the City Government of Valenzuela today unveiled the school’s new solar array. The installation is the first solar photovoltaic (PV) solar system to power a school in the National Capital Region (NCR) of the Philippines

Sitero Ceremony

US based Foundation for Environmental Education (FEE) headed by Mr. Glen Kizer through Mr. Danel Li of Wanxiang America Corporation donated the solar panel system to the school. The solar array will help educate students about the benefits of solar energy through a monitoring website, while also providing environmental benefits. Sitero Francisco Memorial National High School (SFMNHS) is located inside Sta. Monica Subdivision in Barangay Ugong, Valenzuela City.

Hon. Rexlon T. Gatchalian, Congressman of the First District of Valenzuela ; Hon. Magtanggol T. Gunigundo I, Congressman of the Second District of Valenzuela; Hon. Shalani Soledad, Councilor of Valenzuela City and girlfriend of the newly elected President of the Republic of the Philippines – Hon Benigno Aquino III; Mr. William Manz, a former US Peace Corps who represents FEE on the exploratory talks between FEE and SFMNHS; Dr. Luzviminda Ona, Regional Supervisor of the Department of Education Regional Office; Dr. Flordeliza R. Mayari, Superintendent of the Division of City Schools of Valenzuela; Dr. Andres M. Leabres, Superintendent of the Division of City School of Malabon; barangay (village) officials; representatives from private sector, principals of various schools in Valenzuela City; teachers, parents, students and members of the community; and two television networks participated in today’s event to officially “flip the ceremonial switch” of the solar array.

The Solar Project of Sitero Francisco Memorial National High School is 1 kilowatt (kW) and is mounted as a shed type located near the school stage. It is expected to produce about 2,190 kilowatt hours (kWh) of electricity per year by converting sunlight into electricity. The solar array consists of 6 solar panels and covers about 50 square feet of roof space. These panels will offset approximately 3,000 pounds of carbon dioxide (CO2) each year, the annual equivalent of planting 215 trees or not driving 4,000 miles.

Sitero Francisco Memorial National High School is proud to partner with the Foundation for Environmental Education to help educate students about solar energy and help the environment from the threat of global warming. The school hopes it will mold an impression on the minds of students and their families and engage them in a collective effort aimed at the well-being of our community and country. The solar array is a giant step in the school’s environmental efforts to go green and efforts to provide leadership in Valenzuela City toward an eco-educated citizenry. It also promotes the SFMNHS practice of actually applying what students’ learn into everyday action.

The solar panels were installed by Laguna-based FFG Solarpower. The duty tax of the cargo and the more than Php 250,000 installation cost of the solar panels by professionals from FFG Solar Power, Inc. were shouldered by the City Government of Valenzuela.

“The City Government supports projects like this. I share Mr. Villareal and Mr. Tan’s vision. I hope to be able to tap renewable energy, such as the solar power, in local government buildings someday.”, Valenzuela City Mayor Sherwin T. Gatchalian said in a statement.

Plaques of appreciation were also presented to Mr. Glen Kizer, Mr. Daniel Li, Mr. William Manz and several other individuals who have been instrumental in the success of the project. Mr. Manz was requested to receive the awards for Mr. Kizer and Mr. Li.

Sitero Ceremony

Sitero Ceremony

Sitero Ceremony At Night

Sitero Ceremony

Sitero Francisco High School Joining US based Solar Schools

June 4th, 2010

Sitero Francisco Memorial National High School has plans to harness the energy of solar power. The school has received a 1KW photo-voltaic solar array donated by Wanxiang America Corporation and the Foundation for Environmental Education (FEE) headed by Mr. Glen Kizer. The solar initiative is one of the flagship projects of Mr. Cesar C. Villareal, SFMNHS Principal. Mr. Jameson H. Tan, SFMNHS Science Department Head, was designated to communicate with a potential donor. Mr. Bill Manz, a former US Peace Corps Volunteer, was requested by Mr. Kizer to validate the request of the school. In the later part of 2007, Mr. Manz conducted an ocular visit to the school.

SFMNHS would be the first school in the National Capital Region to use solar panels for energy and the first school in the country to have a hybrid energy set up ( solar energy with on-grid energy set up). The ceremonial switch on of the solar project is scheduled to be held on June 1, 2010. Hon. Sherwin Gatchalian (City Mayor of Valenzuela ) will lead the ceremonial switch on and unveiling of the commemorative marker. He will be assisted by Dr. Flordeliza R. Mayari (Schools Division Superintendent) and several other city government and education officials. The 1KW solar project will be used for the lighting needs in nine classrooms.

Sitero Francisco Memorial National High School

Sitero Francisco Memorial National High School

Once operational, the solar project will help students become more aware of their energy needs, the science behind it and other energy issues. As part of the project, the school will also install a web-based solar monitoring station that can be used by school staff, science teachers, and students to monitor the energy production in real-time. The data can be utilized for science lessons about energy and electricity, and possibly even competitions between schools on energy production.

The solar panel was shipped in October, 2009 from Illinois, USA by Mr. Daniel Li of Wanxiang America Corporation. It arrived at the Port of Manila last Nov. 14. Mr. Crisostomo Mayari, proprietor of CD Mayari Customs Brokerage facilitated, free of charge, the preparation of certain documents and transactions for the release of the cargo. The duty tax of the cargo, as well as the installation of the solar project, was funded by the City Government of Valenzuela through Mayor Sherwin T. Gatchalian.

A picture of the installation will be posted on SolarSchools.org after the ribbon cutting.

– by Jameson Tan

Solar School in Shoreline, Washington

May 18th, 2010

The Walmart Foundation funded a 5 kW solar electricity project at the in Shoreline, Washington just outside of Seattle. The solar panels are visible to anyone visiting the school because they are on a slanted first story roof near the front entrance to the school. They are in fact directly above the student drop off location.

Einstein Middle School Solar Panels

Einstein Middle School Solar Panels

Einstein Middle School Roof

Einstein Middle School Roof

There will be a teacher training workshop held at Shoreline Community College this Fall, but the teaching has already begun.

Their live data feed showing how much electricity is being generated will be on line this week.

The school now has a solar cooker and food cooked by the sun is coming to their classrooms.

A Shoreline Community College graduate has a company that did the installation and current students of Shoreline Community College helped with the installation. The students in one class even dressed in bow ties like their idol Bill Nye the Science Guy and every one of them wrote a little something below stating why they thought this solar school project was important to them and/or their school. Cristi Camp is the teacher who organized it and her story is also included below.

Einstein Middle School Kids

Einstein Middle School Kids

The solar celebration is May 27th at the school at 1:30.

The school web page can be found on solarschools.org

–Glen Kizer

Our Solar School

May, 5, 2010 is the first operating day for Einstein Middle School’s new solar photovoltaic (PV) system. It is perfect timing as the 7th grade students have just finished the ecology unit and have begun to learn about energy transformations. They will learn about technologies that harness energy, including solar PV systems, and will also learn of the environmental and economic impacts of both non-renewable and renewable sources and have to evaluate the benefits and risks of these energy solutions.

It is exciting to witness the interest of our students grow in the realm of environmental science. The solar PV system installed on our school brings home the reality of the cultural shift towards an environmentally responsible society that our students are apart of and will ultimately lead in the future. The perspectives of our Einstein students are presented below, directly from the students themselves – such a thoughtful group of kids – I hope you read them all!

–Cristi Camp

What Our Students Have to Say

“Recently, my school has added solar panels on our roof to save energy. I think that this is a great idea and might influence others to save energy too. The solar panel system will help because it will save money, it is low maintenance, and it’s clean and renewable. But, it takes up a lot of space, it relies on location of the sun, pollution and clouds affect it, and energy doesn’t get produced at night. Overall, it is still good for our school because nobody is here at night and our school is big so space doesn’t matter. Having the solar panels is also good because we are learning about energy in science right now and we learn better because we have a way to harness energy that we could use as an example now.”

–Jessica Y.

“Hello everybody, the main point of this letter will be to talk about some of the things that I have learned and things that I still want to know. In the beginning of this year I started out by learning what matter was. Now, I am learning about several different ways to harness energy and different forms of energy. At my school we have installed several solar panels. By installing these panels, we have taken a step towards using more solar energy in my community. Hopefully all the attention that this project has been getting will encourage many other people to also turn towards more renewable energy sources such as wind, hydro, solar, biomass, or geothermal energy. As a class, we have divided into small groups to research one particular energy source. Coincidently, my group received solar. Now, since I have not started on my research yet, I don’t know much about solar panels. I know that the energy transformation starts with light energy (coming from the sun) that is transformed into electrical energy (in the solar cell or panel). I also know that they are every expensive and that if we want the cost to go down, we have to have more people buying them, but how can we get this to happen? Well, I’ll tell you what I think. I think that people who can easily afford it should buy some to set an example. If people came to their senses and realized that using renewable energy is feasible, how long would it take before the carbon dioxide parts per million level recedes to a safe, healthy level? Would we be able to save the planet in time?”

–Gwen M.

“I am very excited that my school is getting solar panels because I am a sort of an environmental freak and I hate to even think of what’s happening to our atmosphere everyday. It’s really very horrible and I find it as a very depressing thought. It’s good to know that my school is taking the first big step in helping to rid the world of these problems. Also, it shows how quickly and effectively we are advancing into the technological age. I would do anything to help save our planet and I can’t think of a better way to do so than running the school on solar power. I want to be there when it happens and when we completely switch to the power of the sun. This is why I really want to be part of this installation. It wouldn’t matter if it was filmed or not because I would still be there either way and I know that this will make a great example to others who will hopefully follow in our footsteps.”

–Kabir K.

“I think it is so cool that my school got solar panels because now my school is going into the future of energy conservation. This is such a cool experience for me because now that I see it working at my school I want to get one for my house so that I can help change the planet into something more eco-friendly. In science class I have learned how a battery works and a little about how we make energy now using coal, hydropower, nuclear, and natural gas, also solar power. I think learning about how we can save electricity in middle school will help our generation become more and more eco-friendly as we get older.”

–Scott L.

“You know that saying ‘one small step for man, one giant leap for mankind?’ That’s just like adding the solar panels on to our school and community, but one giant leap for the State, Nation, and world. Once people see or find out what we are doing, it will encourage others to do the same and then soon enough we will make a big difference.”

–Ashley G.

“I think that it is good for the school to be converting to solar panel energy. If we all do this, even at home, we will make the earth a better place for our children.”

–Daelin N.

“I’ve learned a lot about energy in this unit, both from my science class and the fact that we’ve had solar panels installed into Einstein middle school. It shows us a new way of harness energy and, for myself, it’s the first time I’ve seen actual solar panels. I’ve learned how people, animals and plants get energy (from the sun) and ways to harness it (like burning coal, hydroelectric, windmills etc.) But my real question is how do these things work? Yes, we’ve learned about the conversions from types of energy to other types of energy, but how do these things work? How are they able to so easily convert? I have learned many things, like energy cannot randomly disappear, but it can change form. I find this really interesting. We learned how to make a battery in my science class, and what you need are two metals and an electrolyte, which seems really simple.”

–Daneyal A.

“I have learned about energy transformations in science. Energy transformations are when energy changes, for example, from electric to motion or chemical to mechanical. There are a few ways to harvest energy into electric from a copper and zinc strip in copper sulfate, or maybe spinning magnets using water or wind. But some types cannot be regenerated like gas and coal. Also some can even be lethal like nuclear energy. I know energy can also be harvested from the sun using solar power. I would like to know more about solar power because I keep on hearing solar power, solar power, and solar power. But what is it really? I know it uses light in the plates or something like that but how does it really work. That is what I want to know.”

–Jonathan L.

“The economy is changing so much and Einstein getting solar panels is a huge step. I’m excited to learn more about energy harnessing and how it affects the world. I’ve always been confused on how electricity is bad for the environment. In class we’ve been building batteries and it’s so interesting to learn what materials are used and who made the ‘first’ one.”

–Hailey C.

“The economy is changing so much and Einstein getting solar panels is a huge step. I’m excited to learn more about energy harnessing and how it affects the world. I’ve always been confused on how electricity is bad for the environment. In class we’ve been building batteries and it’s so interesting to learn what materials are used and who made the ‘first’ one.”

–Hailey C.

“Our school has just started to go solar. We are really looking forward to putting more solar panels up later on. I think this is a great way to help our community start being more ‘green.’ Even thou I personally don’t know much about solar power, I’m hoping that I will be able to know more about through this. GO GREEN!”

–Aria C.

“Right now we are learning about energy. We are learning about forms of energy like chemical and thermal energy. We are also learning about how energy changes from one form to another and how to harness energy”

–Alex Z.

“I am excited to have solar panels as it benefits not only the school but the whole community and even the world. The solar panels are taking energy directly from the sky. The sun is already up in the sky, so why not harness its energy? It benefits the community because it is cleaner and energy efficient.”

–Owen P.

“What’s great about solar energy is that it’s better for the environment than traditional forms of energy. It can be used for many things, such as to heat swimming pools, power cars, attic fans, calculators, light, and more. However, some cons for it is that the weather can affect the system. This made me wonder, while living in usually rainy and cloudy Seattle, how will this work our when there’s no sunlight? Also, do we need a back-up plan if someone wants to turn on lights when it is dark? When I read about all the other schools making a difference like us, it made me feel great to become part of this help. With more schools doing this, we could have a much better environment. I loved seeing all the different levels of schools with solar panels but it made me curious. If no one were at school when it is pitch black, would solar energy work in regular homes? Every now and then there’s a reason to get up in the middle of the night, whether it’s a mid-night snack or a sleepover. How would the energy work then? Would the power even turn on? Also, solar energy can heat things, how can it heat things on a cloudy, cold day? I’m looking forward to finding out these answers because it makes me wonder, will the lights at school be dimmer? Will the heating be colder? Will it affect anything in our day-to-day school life? I can’t wait to learn more and find out more things about solar energy.”

–Madison C.

“Our school has just put in solar panels on the south side of one of our buildings. We put these solar panels in for a couple of reasons: to generate energy for heating and lighting and to conserve energy. I believe that this plan will help us reduce wasted energy and also encourage other schools to go solar.”

–Riley F.

“Ever since my dad started his business in solar, I have been wanting to learn more and more. So far I know that solar comes from the sun making it an eco-friendly way to get energy. The sun hits the solar panels sending the energy through the wires to create the power. Even though we live in Seattle and it gets cloudy, we still have the option of going solar. Slowly, the world is also going solar. For example, I went to Hawaii where there were solar panels on almost every house. An advantage of getting solar is that it is healthy for Earth but a disadvantage is that it’s expensive. Many people don’t want to pay for the expensive cost of the panels but, if you think about it, over time the panels will pay for themselves. We’ll start saving money each year! As I was going through my dad’s solar book, I found out that solar could be used for anything; water pumping for pools, for example, or on camping tents, and even on the rover up on Mars. Another object that some people don’t even notice has solar are our very own calculators, things as simple as those! Another thing I am informed on is that solar panels are made of a bunch of cells working together. What I would like to learn is more information about these cells. What types of cells are there? And how exactly do they work together?”

–Jelena B.

“The solar panels, in my opinion, are very helpful to both us and the environment. They are eco-friendly objects that do not waste away or use any resource, except the sun. In addition, solar panels are also helpful to us by providing rich, quality energy. They also give us the opportunity to learn about the solar panels as they are now installed at our school. I want to learn many things about these solar panels. For example, I want to learn the change of energy transformations that occur to generate the power. There is much curiosity in my brain about the subject but getting answers to my questions will lead to my understanding.”

–Caleb T.

“Just recently at my school, Einstein Middle School, we had solar panels installed (but only on one building). We are excited that our school is going solar. In science, we are learning about energy and how it goes from one place to another and how to write the sequence of energy transformations. It think that it is important to learn about energy because we should know what it is and how it impacts our planet. I mean, we only have one planet so how are we going to keep it running? One time in class, we saw how the world looks at night from an outer space picture. It showed that the United States uses a lot of energy. The eastern side has so much light on. Most other parts, like Asia and Africa, either are really dark or have some light in them. I think we need to cut down on our energy usage.”

–Karina S.

“It seems to me that our way of life is changing. That what’s happening is something new that will affect all of us. Our school, Einstein Middle School, had just installed solar panels on our roof. I am very glad that we got these solar panels because they don’t produce any harmful chemicals. These now power the lights in our room. I’m not sure if it powers all of the lights in the school, but if it doesn’t I hope someday we can progress to that. After we talked about the environment and how it was negatively changing, my outlook on recycling and taking care of Earth has changed. I now recycle more and pick up trash. I believe that we need to make a change in how we live and start investigating ways to take care of Earth better. This is the place we live and it’s where our children and grandchildren will live. Do you want them to grow up in a place where our supplies are running out?”

–Courtney C.

A Solar School in the Bahia Vista Garden

May 5th, 2010

In San Rafael, California, Bahia Vista Elementary School has a beautiful garden inside a fence with a wind screen. And there is also a solar array sticking out above the garden and soaking in the sun just like the plants and flowers and vegetables growing in the garden.

Bahia Vista Elementary

Juan Rodriguez is the Principal and Karen Holleran is in charge of the garden and so too the solar panels.

The location of this school is on Bahia Vista Way in San Rafael and just a few feet from the San Francisco Bay. There are more than 400 students at the school. PG&E donated the solar electricity system to the school and that is Karalee Browne of PG&E with Karen Holleran in the picture below. Karalee is on the right and Karen is dragging all of her teaching materials across the playground. It is a 1.4 kW system.

Karalee Browne of PG&E with Karen Holleran

Karalee Browne of PG&E with Karen Holleran

If you would like more details about how these systems are installed or how the data works visit the Bahia Vista Solar School site.

The live data showing how much electricity is being generated can be seen by clicking the link right above the picture of the PV system on that same web site.

Our First Solar School in the Philippines

April 21st, 2010

How many great people have you seen in your life who shouted and criticized and pushed everyone around them? People who are lonely often lash out at those people around them which typically widens the separation between those they want to come closer. Too many people are tough on the outside, but soft on the inside when it should be the other way around.

It is why teachers are so important. A great teacher finds a way to balance kindness and compassion with discipline. There is a common misconception that teaching is about telling others what to do. This would make the students get used to being passive and to take direction from others. Good teachers use a variety of methods to help students learn. Good teachers are not looking for students to follow them. Good teachers are looking for students who may need a little help getting started, but who will move ahead on their own if given the opportunity. So many of you who read these blog stories are great teachers and we try and point you out as we can, but there are so many of you that will never get the recognition that you deserve. I know only the smallest percentage of teachers out there right now, but the ones I do know are so important to our collective future and without even knowing you personally, you must know how much we appreciate all you.

I believe Jameson Tan is also great teacher. I am sure none of you know Mr. Tan and probably none of you will ever meet him because he is a teacher at a school in the Philippines. Rather than describe how nice and kind he is, but how persistent he is to help his students, I am going to share with you one of the many e mails he sent us asking us to help his school get a solar electricity system.

Thank you for the interest in helping our school acquire a solar panel. It is our long cherish dream to be a solar school and we're hoping through Mr. Kizer this will soon turn into reality.

Our school's official name is Sitero Francisco Memorial High School, located at Sta. Monica Subdivision, Valenzuela City, Metro Manila, Philippines. Our telephone number is 00633-445-3903. It was established in 2002 and has been a consistent winner in various competitions in the division and regional level. We are the first and so far the only public secondary school in the Philippines who have conducted a computerized election for our student government.

We're offering complete secondary school from first to fourth year level (equivalent to grade 7 to 10 in US). The Philippines has the shortest basic education in Asia, with grade 1 to 6 to complete elementary and grade 7 to 10 to complete the high school. Our land area is 1,400 square meters. Negotiations are underway for the purchase of additional 2,000 square meters of land by the city government for our school expansion.

Our plan is to have a hybrid type of electrical service once the solar panel is with us. The majority of our electrical connection will remain on-grid while the small portion will be on off-grid utilizing the solar panel. We envision our school to be a model school introducing the potential of solar energy in the country among public schools as well as other institutions to contribute to the growing clamor to lessen the impact of global warming. We do hope that through the Foundation headed by Mr. Kizer and other concerned organizations and individuals this will soon come into reality.

Thanks and God bless.

James Tan

When I forwarded this e mail to my friend Daniel Li of Wanxiang Solar, his company Wanxiang America Corporation agreed to help us get a solar electricity system to Mr. Tan. When I talked to Paul Loeffelman of American Electric Power, he agreed to bring the school into AEP's Learning from Light Program and we have sent educational materials to the school that were created by another non-profit, the National Energy Education Development Project (NEED). There were so many people helping and also so many barriers because of shipping and government regulations, but in the end Mr. Tan remained nice the entire time and yet remained firm in his determination to get solar on his school. The pictures that are in this story show you that the solar panels are being installed finally. It literally took a village in the Philippines and four organizations in the US, and one from China, to get this done, but it all started with a very nice and kind teacher at a school in the Philippines who searched the internet and found our Solar Schools Program and decided he wanted his students to be part of the solar schools initiative. He has succeeded. And like so many great teachers around the world and all over the US, it is the students who will benefit.

I must also point out that none of this could have been possible without the help of my old friend Bill Manz who visited the school and met Mr. Tan and then came back to Ohio to talk to me at a Starbucks about why we should help this school. I have a picture in my office of Bill Manz and Jameson Tan with some other teachers from the school. Now I will add a second picture to my wall. A picture of Jameson Tan with the School Principal, Mr. Cesar C. Vilareal as the solar energy system is being installed. In case you never meet him, Jameson is the one in the blue shirt.

Principle and Jameson Tan

Principle and Jameson Tan

We will put up a page on the web site SolarSchools.org with a picture and the information about this project and with Mr. Tan's e mail in case you want to contact him about what he is doing at his school. It will be in the "Learning from Light" section. We have also asked Mr. Tan to write his own blog story about this project and he has agreed so stay tuned for his follow up.

Attaching The Panels

Attaching The Panels

Solar Array

Solar Array

Solar Panel Construction

Solar Panel Construction

Battery Bank

Battery Bank

The Field Museum is a “Solar School” in Chicago

March 4th, 2010

We learn all the time. Even if we walked around and tried to deliberately avoid learning anything new, it would be difficult. Of course, a school is one of our primary learning centers and because we want people to learn about solar energy, we have a number of solar schools including a large number throughout Illinois and quite a few in Chicago. And I do mean a formal school building with solar electricity attached to the building or on school grounds meaning “solar + school = solar school.” But we also have a number of non-school learning centers to which solar energy is also attached. One of these non-school “solar schools” is the Field Museum along Lake Michigan in downtown Chicago. There is a large solar array on the roof and it generates electricity that flows into the museum to help power the lights and the heating and air conditioning systems. And there are now plans to use the solar electricity system to help educate visitors to the museum. That is why I call it a non-school “solar school.”

Field Museum100_6526

First, some background on the Field Museum itself:

Founding

The Field Museum was incorporated in the State of Illinois on September 16, 1893 as the Columbian Museum of Chicago with its purpose the “accumulation and dissemination of knowledge, and the preservation and exhibition of objects illustrating art, archaeology, science and history.” In 1905, the Museum’s name was changed to Field Museum of Natural History to honor the Museum’s first major benefactor, Marshall Field, and to better reflect its focus on the natural sciences. In 1921 the Museum moved from its original location in Jackson Park to its present site on Chicago Park District property near downtown where it is part of a lakefront Museum Campus that includes the John G. Shedd Aquarium and the Adler Planetarium. These three institutions are regarded as among the finest of their kind in the world and together attract more visits annually than any comparable site in Chicago.

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Collections

The Field Museum was founded to house the biological and anthropological collections assembled for the World’s Columbian Exposition of 1893. These objects form the core of the Museum’s collections which have grown through world-wide expeditions, exchange, purchase, and gifts to more than twenty million specimens. The collections form the foundation of the Museum’s exhibition, research and education programs, which are further informed by a world-class natural history library of more than 250,000 volumes.

Public Learning

As an educational institution the Field Museum offers multiple opportunities for both informal and more structured public learning. Exhibits remain the primary means of informal education, but throughout its history the Museum has supplemented this approach with innovative educational programs. The Harris Loan Program, for example, begun in 1912, provides educational outreach to children, bringing artifacts, specimens, audiovisual materials, and activity kits to Chicago area schools. The Department of Education, begun in 1922, offers a changing program of classes, lectures, field trips, museum overnights and special events for families, adults and children. Professional symposia and lectures, such as the annual A. Watson Armour III Spring Symposium, presents the latest scientific results to the international scientific community as well as the public at large.

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Research

The Museum’s curatorial and scientific staff in the departments of Anthropology, Biology, Geology, and Zoology conducts basic research in the fields of systematic biology and anthropology, and also has responsibility for collections management, and collaboration in public programs with the Departments of Education and Exhibits. Since its founding the Field Museum has been an international leader in evolutionary biology and paleontology, and archaeology and ethnography, and has long maintained close links, including joint teaching, students, seminars, with local universities – particularly the University of Chicago and the University of Illinois at Chicago.

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Next, some information about the solar array on the roof of the Field Museum:

It is important to note that there are two sides to a place like the Field Museum. There is the Visitor Side or the front part that visitors to the Museum see and there are the exhibits the visitors see and there are restaurants and restrooms and ticket takers and guards and a whole group of people making sure that your visit to the Museum is a positive one. You also learn a lot about natural history and right now you would learn a lot about diamonds. Then there is the back part of the Museum or the Administration Side. This is where the research is taking place and new exhibits are being planned and built and it is also where the heating, air conditioning, ventilation system, lights, and the people who administer the Museum work and spend their days. The Field Museum is more than 1.3 million square feet and just the natural gas and electricity bills exceed $2.5 million per year. That means it is more than $200,000 per month just to heat, cool, and light the Museum. So a few years ago, the Field agreed to a solar electricity array on its roof. This array does save the museum a little bit of money on its electricity bill, but more importantly it is way for the Museum staff to learn about solar energy and soon to take what it has learned and share it with the visitors to the Museum. The Field is going to use what it learned on the Administration Side of the Museum to help expand its educational outreach on the Visitor Side of the Museum. We applaud the Field for having a fantastic museum and for helping educate the City of Chicago and much of Illinois and Indiana and Michigan and Wisconsin about solar energy.

The Field Museum has a page on the Illinois Solar Schools web site, including a link to its solar electricity data. Carter O’Brien is our contact at the Field. He can be reached at cobrien@fieldmuseum.org.


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