SimpliPhi and EM-ONE Deliver Reliable and Affordable Electricity to Nigeria

Access to electricity plays an essential role in promoting economic development and improving the daily lives of individuals and their well-being. In sub-Saharan Africa, nearly 600 million lack access to energy and millions more rely on costly and environmentally hazardous oil and gas for electricity. To bring modern and clean energy services to Africa, microgrids are gaining traction as a viable solution because of the rapidly declining costs for wind, solar, and batteries, coupled with their ability to be...
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SimpliPhi Powers Dartmouth Even During the Coldest Winter Months

After Dartmouth College installed solar panels at a remote campus site built for research and instruction, its administrators grew tired of having to rely heavily on its noisy generator in the evening, particularly during the coldest winter months. On cloudy days, when less solar power was generated, and when research extended into the evening when solar power was no longer available, faculty and students had to continually revert to using their generator. They longed for a silent, maintenance free,...
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Mississippi School Kids Are Empowered to Learn

The Jackson Public School system in Mississippi serves 26,000 students at 7 high school, 12 middle school, 37 elementary school, and 2 special school sites. The schools IT network is organized as a hub and spoke — with some schools receiving network connectivity via another school. This approach reduces the essential IT infrastructure required to maintain IT function. However if one school loses power, there is a risk that as many as eight other schools could also lose connectivity as...
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Hawaii Schools Deploy Solar+SimpliPhi Microgrids to Affordably Power HVAC

When Energy Upgrades Prove Cost Prohibitive, Microgrids Offer Another Path for Sustainability The statewide Hawaii Department of Education spends approximately $62 million each year on energy -- reflecting a 50 percent increase over the last 10 years. There are 256 public schools in the system housed in buildings that on average are 50 years old. In the summer of 2015, Hawaii faced a record-breaking heatwave. When schools started in August, classroom temperatures were above 90º F, and students and teachers were...
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It’s Time… and It’s Life Changing for Students of Pacific Island Schools

SimpliPhi Power & DPA Solar bring reliable, renewable power generation & storage to children & schools in remote locations with It’s Time Foundation in Fiji.
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Off Grid Kisokwe Primary School of Tanzania

PROJECT: Solar Hybrid Power for Rural School Electrification LOCATION: Tanzania, Africa CLIENT: Kisokwe Primary School Kisokwe village is located in Mazae Ward, Mpwapwa District, Dodoma Region, Tanzania. Dodoma Region is centrally positioned in Tanzania mainland. Kisokwe Primary School, which educates about 800 pupils, is the public primary school in Kisokwe village and faces major challenges in its facilities and infrastructure. Among the challenges are a lack of electricity in the school and teacher/staff quarters, and no integration of computers and technology in...
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Saving Money for Your School is Elementary with SimpliPhi

SimpliPhi has expertise working with schools worldwide for both on- and off-grid energy storage and management solutions. Schools seek out PHI batteries because they offer a safer, non-toxic lithium ion alternative that doesn’t put students or academic facilities at risk. Our small, scalable footprint does not require cooling or ventilation, allowing storage to be installed in tight indoor or outdoor locations on campuses where space and safety are at a premium.

Schools FAQ:

School districts can achieve significant cost savings when they install energy storage to offset peak usage. This “peak shaving” capitalizes on schools’ predictable electrical load profile, where usage peaks during mid-day and drops when students and faculty head home. With energy storage, batteries can charge during off-peak hours and discharge to offset energy use during these peak times. As a result, schools are able to avoid spikes in energy use and high demand charges that can account for more than 50% of their electric bill and save them hundreds of thousands of dollars per year. We’re thrilled to help our education partners pay less for electricity and preserve more financial resources for their education budget.
Whether a school district is seeking to upgrade heating and cooling systems or make comprehensive energy efficiency improvements, the price tag can be daunting. Did you know that in many cases, installing a solar+storage microgrid to power new equipment can prove far less costly than funding comprehensive infrastructure upgrades normally required to power such new equipment? For example, in 2016, in response to a $1.6 billion campus statewide air conditioning installation budget shortfall, the Hawaii Department of Education found a game-changing solution in microgrids. The capital cost of implementing roof-top PV+SimpliPhi storage microgrids together with split system A/C units to cool classrooms proved to be substantially lower than traditional grid-tied central air conditioning systems. This approach reduced the budget to $140 million. Plus, having on-site energy storage and flexibility in programming the power electronics allowed schools to keep their current energy costs and energy access stable while maintaining grid-connection for backup power.
Not all lithium ion batteries are the same. In fact, there are a variety of different lithium ion chemistries. Many lithium ion batteries contain cobalt. Cobalt is the element responsible for thermal runaway, fires and overheating that have been reported in homes, businesses, on airplanes, laptops, cellphones and hover boards and even in utility-scale installations. Cobalt is toxic, unstable and hazardous. SimpliPhi does not use cobalt. Our lithium ion chemistry is lithium ferrous phosphate (LFP). LFP is environmentally benign, does not pose a danger of thermal runaway and is non-toxic.
We bet you do! SimpliPhi batteries have a very small footprint, and because they require no ventilation or ancillary cooling or monitoring equipment, they can be installed in very tight, closed spaces. In addition, because the batteries can operate safely in temperatures from -4° to 140°F, SimpliPhi batteries can be installed indoors or outdoors, depending on the ideal location in each building or campus.
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