Butte大学成为加州最大的太阳能校园

来源:Semiconductor International 发布时间:2009-03-30 08:26:18

With national attention focused on renewable energy policies, Butte College cemented its leadership in use of solar power by unveiling three new solar projects which will help the college achieve its goal of becoming a carbon neutral campus by 2015. With its newest sets of energy-capturing panels, 44 percent of the campus will be powered through solar energy -- making the college the largest solar producing campus in the state.

The college also projects it will save $32.6 million in reduced energy costs over 20 years. The college will realize this financial savings since over the next 20 years it will pay a fixed energy-use fee and not be subjected to energy price increases.

The 2,400, 185-watt Mitsubishi Electric solar modules make an impressive statement on a sloping hillside, absorbing sunlight into the solar cells and converting it into electricity. This recent addition of three solar arrays totaling 450 kW DC at three separate areas on the campus will produce an estimated 675,000 kWh of solar electricity annually and power 10 campus buildings. In 2005, the college installed its first 1.06 megawatt DC solar system which included 5,700 solar panels on a four-acre field. With the college's combined solar projects, the total projected energy generation is 2.7 million kilowatt hours each year. This generation could power 391 homes while preventing the emissions of 1478 tons of carbon dioxide, 11,610 pounds of sulfur dioxide, 8,640 pounds of nitrogen oxide, 9.72 pounds of mercury, and 432 pounds of particulate matter each year.

"By adding our latest solar arrays, Butte College is now the largest 'solar' college campus in California. This marks our college's fourth campus solar project since 2005 and work is underway to complete a fifth solar project in May," said Dr. Diana Van Der Ploeg, Butte College president. "Our college has set a goal to be carbon neutral by 2015 and this project helps us toward this goal. Just as importantly, this project shows our commitment to model sustainability in everything we do - in our academic programs, career programs, student activities, and our land use practices. We would like to thank our partners for helping us achieve our goals."

Norm Nielsen, owner of Chico Electric, and a Butte College alumnus, was the solar installation vendor and said it took three months to complete. The ground-mounted solar array near the waste water treatment plant will offer even greater educational value. Chico Electric designed and donated a portion of the solar array to serve as a "training lab" for students and faculty. At this site classes will install actual solar panels into a solar array just as they would at an actual job site. "It's exciting to provide the college with a facility that can be used to train future solar installers," said Nielsen. "We're glad to be a part of this effort."

The solar projects will save Butte College money, save on emissions, and encourage students interested in renewable energy careers. Butte College will also have an interactive educational kiosk on campus where students can see the real-time performance of the solar system and learn how solar power works. We'll use this project as a living laboratory for our students just as we use the green buildings on our campus," said Jon Stallman, Butte College's sustainability coordinator and instructor.

The college just launched its offerings of "green classes" including a new certificate program in sustainability studies, green building courses, and green workshops offered on the weekends. Josh Pierce, Butte College associate faculty, said the energy policy within the state and federal government is evolving, and the college is studying where future green jobs will be available. Recognized as a national leader in sustainability among colleges, Butte College will soon host its third annual sustainability conference in August which will be focused on green schools, the green economy, and green energy.

The total cost for the college's latest three projects was $3.42 million and involved working with PG&E's California Solar Initiative which provided a $700,000 rebate check. "With key solar projects such as these, Butte College is a recognized national leader in sustainability," said Tino Nava, PG&E Account Manager, as he handed the college a PG&E California Solar Initiative rebate check. "We're proud to be an active partner in their sustainable efforts."

The financing for the project was made possible by Bank of America, through its 10-year, $20 billion environmental initiative to address climate change.

"I commend Butte College for completing this next step toward its goal of carbon neutrality," said Linda Crothers, president of Bank of America Public Capital Corp. "We are pleased to provide financing for this and other public and private sector projects so our clients can use solar to save money and reduce their carbon footprint."

This May, the college plans to complete yet another solar project, with more panels near the Child Development Center. Once installed, about half the electrical needs of the college will be provided by solar.

"We applaud Butte College for moving forward with their goals of becoming carbon-neutral by 2015," said Gina Heng, director of sales and marketing for Mitsubishi Electric's Photovoltaic Division.

About Butte College

Butte College, located in Oroville, California is a two year academic institution, offering associate of arts or sciences degrees and general education classes to transfer to a four year college or university. The campus rests on a 928 acre wildlife refuge and was recognized as a national community college leader in sustainability as the grand prize winner of the 2008 National Wildlife Federation's Chill Out Contest: Campus Solutions to Global Warming. The college hosts an annual sustainability conference each August to share best sustainable practices among colleges and business owners.

 

责任编辑:solarbe太阳能网资讯中心
索比光伏网&碳索光伏版权声明:

本站标注来源为“索比光伏网”、“碳索光伏"、"索比咨询”的内容,均属www.solarbe.com合法享有版权或已获授权的内容。未经书面许可,任何单位或个人不得以转载、复制、传播等方式使用。

经授权使用者,请严格在授权范围内使用,并在显著位置标注来源,未经允许不得修改内容。违规者将依据《著作权法》追究法律责任,本站保留进一步追偿权利。谢谢支持与配合!

推荐新闻
葡萄牙警示:最大太阳能电站宣告破产来源:清鹏产研院 发布时间:2026-09-02 09:10:16

葡萄牙最大太阳能电站Solara4(装机219兆瓦)所属企业Welink Energy Portugal因财务困境进入债权人破产程序。该项目曾作为欧洲首个无补贴大型光伏项目被寄予厚望,后计划扩建为总容量超600兆瓦的风光储一体化综合能源基地,但遭遇多重挑战:实际发电量长期低于预期;拟议的混合化改造因环保评估未获葡萄牙环境署(APA)批准而受阻;与中方承建商可能存在合同纠纷;更关键的是,其采用纯市场化售电模式,在光伏装机激增导致午间批发电价频繁趋零甚至负值的背景下,收入大幅波动且不可持续。破产后,电站管理权移交Exus公司,正联合Enertis评估重启或出售方案。

我国光伏发电装机历史性超过煤电 成为装机规模最大的电源品类来源:国家能源局 发布时间:2026-09-01 10:48:32

截至2024年7月底,我国光伏发电装机容量达12.86亿千瓦,首次超过煤电(12.85亿千瓦),成为全国装机规模最大的电源类型。其中,集中式光伏占7.04亿千瓦,分布式光伏占5.82亿千瓦。当月新增装机1373万千瓦,同比增长43%;1—7月累计新增8565万千瓦,同比下降62%,主要因去年同期抢装推高基数。同期,光伏发电量达8024亿千瓦时,同比增长15.5%,增速高出全社会用电量增速10.8个百分点,占全社会用电量比重升至13%,较上年全年提高1.7个百分点。光伏在电力保供与能源转型中的支撑作用持续增强。

吉尔吉斯斯坦的首座大型光伏电站来源:央视新闻客户端 发布时间:2026-08-31 06:52:29

吉尔吉斯斯坦首座大型光伏电站——詹泰光伏电站于2025年12月正式投入运营,标志着该国清洁能源发展取得重大突破。项目位于北部楚河州克明区,占地230公顷,安装光伏组件19.3万块,设计年发电量2亿千瓦时,可稳定供应周边居民点及城市用电,终结了当地长期存在的“拉闸限电”问题。电站采用高度自动化运行系统,由中吉双方技术人员共同运维,中方提供成熟技术与设备支持,吉方员工在实践中提升专业能力。作为上合组织框架下绿色合作及共建“一带一路”的标志性成果,该项目不仅强化了区域能源互联互通,也体现了资源与技术优势互补、互利共赢的合作模式。

倒计时开启!第18届世界太阳能光伏暨储能产业博览会重磅将至来源:投稿 发布时间:2026-08-25 09:50:24

第18届世界太阳能光伏暨储能产业博览会(PV Guangzhou 2026)将于2026年9月16日至18日在广州广交会展馆B区举办。展会规模达18万平方米,吸引2000余家国内外头部企业及“专精特新”厂商参展,覆盖高效光伏组件、分布式系统、储能电池、光储充一体化、综合能源解决方案及智能装备等全产业链环节。同期将举办“世界光储行业高质量发展大会”“全球储能论坛”等多场高端活动,聚焦技术突破、海外市场拓展、光储融合应用与绿电项目实践等议题,汇聚权威专家、企业代表及技术研发力量深入交流。预计吸引超25万名专业观众,包括系统集成商、工程总包方、投资机构及海外采购商,助力供需对接与项目合作。展会旨在打造集新品展示、技术交流、资源对接于一体的年度行业核心平台。(199字)

苏丹决定免除进口太阳能设备的关税来源:商务部网站 发布时间:2026-08-07 15:07:44

苏丹政府于8月4日宣布,对进口太阳能设备全面免除关税。此举旨在缓解进口商与投资者的财务压力,降低太阳能产品终端价格,从而减轻民众用电负担。政策出台背景是苏丹长期面临的严重电力短缺问题,全国供电不稳定、覆盖率低,亟需发展替代能源。通过关税减免,政府希望加速太阳能设备的引进与普及,推动可再生能源基础设施建设,切实落实国家层面的可再生能源发展战略。该措施覆盖各类用于发电、储能及配套应用的太阳能设备,属短期应急与长期能源转型相结合的政策安排。(199字)

北京大学材料科学与工程学院周欢萍团队在钙钛矿太阳能电池领域取得重要进展来源:北京大学材料科学与工程学院 发布时间:2026-08-04 10:11:25

北京大学周欢萍团队针对钙钛矿太阳能电池因软晶格和低缺陷形成能导致的界面缺陷多、稳定性差等关键瓶颈,提出一种基于氩气/四氟化碳混合等离子体的表面工程新策略。该方法分两步实现原位界面重构:先以Ar等离子体物理刻蚀去除表面缺陷层,再利用CF₄等离子体产生的活性氟与未配位铅离子反应,构筑4–7纳米厚、连续致密且强键合的氟化铅钝化层。该钝化层显著降低界面缺陷密度(降幅约90%),提升载流子寿命与能级匹配,从而同步增强效率与稳定性。小面积电池效率达27.2%,100 cm²模组认证效率为23.5%;器件在高温、光照、紫外及循环老化等多条件下展现出优异长期稳定性。研究成果发表于《Science》。

阳光护航,生命无界:搭载爱旭ABC的全球首款太阳能救护车正式揭幕亮相来源:爱旭股份 发布时间:2026-07-28 09:30:55

全球首款太阳能救护车Stella Juva正式亮相:搭载爱旭ABC高效电池,晴天续航715公里,时速120km/h,兼具越野能力与“移动零碳诊所”功能,可为偏远地区提供全天候医疗救援。23名大学生团队一年攻坚落地,以光伏科技直击全球“就医难”痛点。

中节能太阳能:TOPCon依旧是主流路线,具备成熟的市场应用与竞争力来源:摩尔光伏 发布时间:2026-07-24 09:02:26

中节能太阳能公司指出,当前TOPCon电池技术仍是光伏行业主流路线,具备成熟的应用基础和市场竞争力。与此同时,公司正重点布局钙钛矿/晶硅叠层电池这一前沿方向,已实现小面积叠层电池效率突破33%、210半片叠层电池效率达29%,核心技术指标居行业前列。为加速产业化,公司将推进10兆瓦中试产线建设,攻关量产集成工艺,完善标准体系与国际互认机制,并开展示范项目以拓展应用场景。作为国内首家以太阳能发电为主业的A股上市公司,公司业务涵盖光伏电站投资运营与高效电池组件制造,截至2025年6月底,总装机规模约12.647吉瓦;在江苏镇江建有5吉瓦制造基地,正通过技术创新与模式优化向科技型、轻资产方向转型。

一年产1GW钙钛矿太阳能及叠层组件产业链项目备案获批!来源:钙钛矿工厂 发布时间:2026-07-21 09:27:37

青岛恒钛新能源科技有限公司年产1GW钙钛矿太阳能及叠层组件产业链项目于2026年7月17日完成内资项目备案。该公司成立于2026年7月,注册于青岛自贸片区中德生态园,聚焦新兴能源与新材料技术研发及光伏设备销售。项目立足钙钛矿电池这一光伏产业战略新方向——其单结理论效率达33%,叠层结构更可达45%–50%,显著高于晶硅电池的29.4%。当前,钙钛矿技术已进入产业化关键窗口期。山东省自2024年起密集出台专项政策,明确到2027年建成“材料—设备—电池—组件”全产业链,并支持GW级量产;青岛则依托42%全省相关专利、中科院青岛能源所等科研力量及首个113千瓦实证项目,形成较强研发与产业基础。该项目将强化区域协同,加速青岛由技术研发高地向产业化高地跃升。

菲律宾首次成中国太阳能组件最大单一海外市场来源:俄罗斯卫星通讯社 发布时间:2026-07-16 14:26:00

本文报道菲律宾首次成为中国太阳能组件最大单一海外市场。受中东冲突引发的全球油气市场动荡及亚洲多国能源成本飙升影响,菲律宾加快能源结构转型,家庭与企业对光伏设备需求激增。今年前5个月,中国对菲太阳能组件出口额同比增长超100%,仅3月单月同比增幅达262%,累计采购金额已超5亿美元。依托全球约80%的产能份额及高性价比、先进技术优势,中国企业成为主要供应方;其中晶科能源表现突出,去年在菲销售近1.5吉瓦组件(市占率超25%),今年上半年出货近1吉瓦,其适应热带气候的高端N型产品更推动均价与利润率提升。公司预计下半年菲市场需求将进一步扩大。

西南石油大学研发新型太阳能电池,光电转换效率突破极限来源:四川在线 发布时间:2026-07-09 09:45:18

西南石油大学光伏材料与技术科研团队成功研发新型硅基异质结叠层太阳能电池,光电转换效率达35%,显著突破单结晶硅电池29.4%的理论极限。该成果依托宽带隙钙钛矿顶电池与窄带隙晶硅异质结底电池的上下串联结构,实现对不同波长太阳光的分段高效吸收。关键技术如纳晶硅氧薄膜与铜互联工艺达国际领先水平,获中国可再生能源学会科技进步一等奖。团队同步推动成果转化:建成校内图书馆分布式光伏项目(累计发电51.88万度)、金阳中学光伏示范工程(年发电量预计17.07万度),并完成12项技术在通威太阳能等企业产业化应用,涵盖“技术研发—示范应用—产业落地”全链条。(199字)