Tags from Hybrid Solar

Solar Power Shreds Carbon Pollution at Coconut Processing Facility in Guyana

On the banks of the tropical Pomeron River in Guyana sits the Pomeroon Oil coconut processing facility. Historically, the facility ran on 227 liters of diesel fuel daily. Now, solar panels harvest the sun’s energy to power the facility. The environmental impact is the equivalent to 6 acres of forest planted per day, creating perfect cyclical harmony for a location that processes fruit.

Pomeroon Oil coconut processing facility

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Solar Spotlight: Naghtaneqed School Graduates to a Cleaner, Quieter Campus

Hakai Energy Solutions Delivers a Solar Hybrid Integration Project for Students in Canada!

solar school projects

The Naghtaneqed Elementary School sits nestled in the expansive Nemaiah Valley, three hours southwest of Williams Lake, British Columbia. In this First Nations reserve and ranching community, the school has—until now—been fully powered by diesel electric gensets for more than 30 years.

High operating costs associated with fuel purchase and ongoing maintenance motivated the district to explore solar power. The reliance on diesel also introduced pollution and noise to the campus. Thanks to clean, renewable energy, those issues are drastically reduced concerns today. The Cariboo-Chilcotin district hired Hakai Energy Solutions to install a solar project expected to save the school $50,000 CAD, roughly $37,000 USD, in annual diesel costs.

In July 2019, the school district invested in a hybrid energy system that integrated solar energy production, advanced energy storage and an expandable inverter platform. Utilizing 140 high-output solar panels, 118 kilowatt-hours of lithium energy storage and SMA inverter technology, this system was designed to offset diesel consumption by reducing generator operation by 6,900 hours each year.

Impressively, Naghtaneqed School is expected to recoup its investment in roughly seven years through reduced fuel consumption of approximately 38,400 L every year, plus generator maintenance and replacement cost avoidance. Not to mention, emissions reductions are also estimated at 2,534,000 kilograms of CO2 over the 25-year lifespan of the system, equivalent to 19,500,000 kilometers driven by a car.

“We’ve used SMA products from day one, and they’re simply unbeatable in terms of reliability, functionality and serviceability,” said Jason Jackson, energy system designer with Hakai Energy Solutions. “Working in remote areas makes product selection vitally important. Over the years, we’ve worked with every major manufacturer of inverters, and these experiences have only reinforced our confidence in SMA products. Every employee in this company—from the installation crews to the finance department—is on the same page. From a team perspective, SMA offers the most dependable and bankable suite of products on the market.”

In November 2019, the solar hybrid integration project was completed at the school. The total size is 57.6-kilowatt PV with 120 kwh lithium (LiFePo)-based energy storage and features 45 and 60 kW gensets. Every year, an estimated 72 megawatt-hours will be generated. What kind of impact does that have on energy consumption? A full 80% of the school’s energy will now come from the sun.

This PV array includes Longi Solar72 cell Mono bi-facial solar panels, six Sunny Islands, 1 SMA multi-cluster box and one 50 kW SMA CORE1. The district received funding for the entire project through the Ministry of Education’s program for carbon neutral funding via a community improvement award from Clean Energy B.C. for the project.

“This project has helped us meet our goal of reducing our environmental impact and improved the quality of experiences students have on our campus,” said Alex Telford, manager of facilities and transportation for the Cariboo-Chilcotin district. “When you factor in the cost savings, it’s a win-win-win!”

Visit our photo gallery to enjoy more pictures of this project!

5.00 avg. rating (97% score) - 2 votes

Solar Spotlight: From Net-Metering to Zero-Export With Sunny Boy Storage

The SMA Sunny Boy Storage offers an AC coupled architecture, enabling installation at any point in time. This provides greater flexibility and gives installers the opportunity to generate new business with existing customers. Davis Electric experienced this first-hand with one of their customers in Wichita Falls, Texas.

Sunny Boy Storage Installation

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Solar Spotlight – Islas Secas: Unmatched Sustainable Tourism Model in Panama

Sustainability and stewardship are noticeable in the facilities, infrastructure and operation of Islas Secas Reserve & Lodge, where visitors enjoy the timeless natural beauty and ecological abundance of Panama’s Pacific Coast. At this pristine location, the sun generates the energy and SMA inverters power the facilities.

Islas Secas: Unmatched Sustainable Tourism Model in Panama

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5.00 avg. rating (98% score) - 3 votes

SMA Wins Colorado Solar Energy Industries Association Award

The Colorado Solar Energy Industries Association (COSEIA) hosted the inaugural COSEIA Solar and Energy Storage Awards yesterday in Denver, Colorado, where they acknowledged projects that exemplify innovation and the spirit of Colorado’s clean energy movement.  The organization recognized SMA’s St. Eustatius Solar Hybrid System project as the best in the Solar Connector Innovation- Energy Storage category.

COSEIA

SMA Senior Storage Sales Manager Ben Tackett, and Strategic Account Manager Chad Spring accepted COSEIA award on behalf of SMA at the first annual COSEIA Solar and Energy Storage Awards.

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What Is a Photovoltaic Diesel Hybrid System?

PV-Diesel-Systemlandschaft mit Speicher (Kommunikationslinien)

In many regions of the world, power grids are either inadequate or nonexistent. As a result, industrial consumers often ensure their power supply through diesel gensets. Five hundred gigawatts of power from diesel gensets provide industrial companies with electricity worldwide. However, fuel costs for the gensets continue to rise. The price for one liter of diesel has already exceeded one U.S. dollar.

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