Join APsystems at CSPE, May 1-2 in San Diego

APsystems brings its industry-leading MLPE portfolio to the California Solar Power Expo, May 1-2 in San Diego.

John Doerr of the APsystems technical services division will offer a training session on Monday, May 1, 2:15 pm – 4:15 pm titled ‘Commercial Three Phase Microinverter Solutions – Including Design for Communication’ in a course registered to confer 2 NABCEP CE credits. Contact support@APsystems.com to register today.

1

Find the APsystems team at Booth 58 in the Lower Level Exhibit Hall of the San Diego Convention Center.

The California Solar Power Expo, powered by SEIA and SEPA, is an interactive marketplace designed specifically for the California solar supply chain, including installers, developers, manufacturers, and service providers. More than 400 companies are registered to attend, with technical training, networking and a Solar Job Fair in store.

Click here for more information on this year’s California Solar Power Expo, or email sales@APsystems.com to set up a meeting during this year’s event.

Address connectivity issues to reduce trips to solar sites

April 10, 2017 Solar Power World

You’re a solar installer, not “the IT guy,” so why spend time dealing with connectivity issues, rebooting customers’ Wi-Fi networks?

While real-time monitoring is an essential feature of today’s PV systems, communication between system monitoring devices and the customer’s router is often overlooked. Understanding the options for today’s connectivity—and making smart choices for your customers—can save you costly return visits to jobsites.

screen-shot-2017-05-12-at-4-28-02-pm

The challenge
Relaying performance data from the solar system to the customer’s computer or smart device and the manufacturer’s database involves constant, reliable communication between specialized components. The typical signal chain for communication links the solar array to the data collector, which is typically called a gateway—such as the APsystems ECU or the Enphase Envoy. The signals travel to the home internet router and onto various monitoring stations.

It sounds straightforward, but differences in home size and layout can mean the gateway and router are separated, likely by walls and floors.

Bridging the gap
Today’s solar customers have an almost bewildering array of choices (and acronyms) for linking the gateway to their router. There are Wi-Fi extenders or Ethernet cables, such as Ethernet-over-powerline (EoP), where wires used to distribute power inside homes also transmit digital data based on time division multiple access (TDMA) technology. You can even use old-school CAT-5 or CAT-6 Ethernet cables. Each option has its particular strengths and weaknesses, and the right answer for one installation may not work for another.

Making the right choice
Solar customers want reliability, from the solar modules to inverters to production. Connectivity should have the same level of reliability.

Match your hardware choices to the size and layout of the house with proven technologies and products to ensure uninterrupted, around-the-clock monitoring. Keep in mind that the best choice will invariably be a hardline connection whenever possible. With potential signal disruption, a wireless connection will only ever be as reliable as wireless allows. Today’s wireless technology is incredible, but critical connectivity requires highly reliable communication devices. You simply can’t beat a direct, uninterrupted connection. Test each solution to find your ideal answer for each installation scenario, and remember the best solution is the one that requires the least follow-up once you’ve left the jobsite.

This installation tip was provided by Chris Barrett, director of engineering and technical services, APsystems

See full article on Solar Power World

APsystems featured in Solar Builder Magazine’s special Inverter Issue

Solar Builder Magazine’s special Inverter Issue is out now, and APsystems is featured throughout.

Always follow best practices to head off gateway communication issues, says Christopher Barrett, APsystems Director of Technical Services, in the “Ask An Expert” feature compiled by Solar Builder editors. Even in a “wireless” world, hard-wired CAT-5 connections can be the best and most reliable option, Christopher says – and save you the time and trouble of returning to the jobsite to sort out Wi-Fi problems.

solar-builder

Remember to compare warranties when doing your calculations – there’s real value in that certificate, should a system component ever need to be replaced. That’s one of the insights APsystems contributes to an informative story on Levelized Cost of Energy (LCOE), the formula that determines a solar array’s investment value over its lifetime.

Power and versatility are the hallmarks of the new APsystems YC500i with EnergyMax, a microinverter designed and built for today’s high-output modules, profiled in Solar Builder’s 2017 Inverter Buyers Guide.

Find out more about APsystems microinverters, “The Installers’ Choice,” on the inside front cover of the edition, on newsstands now.

Download the digital edition of Solar Builder’s Inverter Issue here.

Join APsystems for a connectivity webinar, March 29

Today’s solar customers have an almost bewildering array of choices (and acronyms) for linking the gateway to their router: Wi-Fi, EoP, TDMA, even old-school CAT-5 and CAT-6.

Which technology is right for your next installation? Find out through a new APsystems webinar, “Critical Connectivity: addressing site communication in a wireless (and sometimes wired) world,” to be offered 11:30 am EST March 29.

The webinar will be presented by Christopher Barrett, Director of Technical Services and Engineering for APsystems, and moderated by Kathie Zipp of Solar Power World.

Register for this informative session at www.solarpowerworldonline.com

apsystems-clay-street1

Bombard Renewable Energy wins this year’s APsystems Solar Project of the Year Award in the Commercial category

When the state of Nevada established a pilot program to bring solar power to marginalized communities, Bombard Renewable Energy delivered.

The Las Vegas based Solar PV contractor completed a string of projects for prominent area nonprofit agencies, putting the power of solar to work for citizens and agencies not often served by renewable PV resources.

For helping bring solar power to the nonprofit sector, Bombard Renewable Energy has earned the APsystems Project of the Year Award in the Commercial category.

“Nonprofit organizations are an overlooked segment of the commercial solar market, but that’s changing thanks to solar installation leaders like Bombard,” said Jason Higginson, senior director of marketing for APsystems USA. “We’re proud to see our microinverter products supporting the good work of so many worthy nonprofit agencies.”

apsystems-bombard

Bombard Renewable Energy is honored for a quintet of service-sector projects in the Las Vegas area, including:

  • HELP of Southern Nevada – An 81kW mix of rooftop arrays and solar carports supports an agency that assists families and individuals attain self-sufficiency through direct services, training and resource referrals.
  • Boys and Girls Club of Southern Nevada – An ambitious 242kW system provides nearly all the power needed for this facility, whose mission is to enable all young people to reach their full potential as caring, responsible citizens.
  • Las Vegas Rescue Mission – Rooftop arrays and solar carports totaling 125 kW support the mission complex that provides care, support and meals to the homeless and addicted population.
  • Veterans Village – A 48kW rooftop array powers an important regional center providing transitional and permanent housing for United States veterans in need.
  • Ronald McDonald House Charities – The 28kW shade structure supports the center’s mission of providing temporary housing for families who travel to Las Vegas to receive critical medical treatment for their children.

screen-shot-2017-02-01-at-4-28-59-pm

The projects were built through Nevada’s Low Income Solar Energy Pilot Program, established by the state legislature several years ago to benefit low-income customers, including, without limitation, homeless shelters, low-income housing developments and schools with significant populations of low-income students.

Bombard Renewable Energy contracted with NV Energy for the engineering and construction of the projects, said Bo Balzar, Bombard Renewable Energy Division Manager.

Bombard chose APsystems’ YC1000 true 3-phase microinverters for the installations.

“Superior durability combined with a comprehensive warranty and exceptional design flexibility made APsystems the obvious choice for our projects,” Radford said. “APsystems is the only microinverter technology we found which supports both 60-cell modules at 240V and 72-cell modules at 208 and 480V 3-phase systems.”

Lighthouse & Bombard earn prestigious APsystems Project of the Year awards

2016-iconCongratulations to Lighthouse Solar of Austin, Texas, and Bombard Renewable Energy of Las Vegas, Nevada, winners of APsystems Project of the Year Awards.

Lighthouse Solar is honored in the Residential category for their efforts in making PV systems a more standard feature in planned solar communities in the San Antonio area.

Bombard Renewable Energy is honored for bringing solar to a number of prominent nonprofit facilities in its market, helping local service organizations achieve energy self-sufficiency.
“Lighthouse Solar and Bombard Renewable Energy are showing real leadership as solar installers,” said Jason Higginson, senior director of marketing for APsystems USA. “We’re proud to have them as solar partners, and to highlight the excellent work they’re doing in their communities and the industry.”
Read more about Lighthouse Solar’s winning project here.
Read more about Bombard’s winning entry here.
lighthouse
apsystems-bombard

APsystems announces major sponsorship of Extend The Day

APsystems, the global leader in advanced microinverter technology for the solar PV industry, today announced its commitment to Extend the Day, a charity organization which gives solar reading lights to school children in disadvantaged countries with no access to electricity.

APsystems will donate $1 to the nonprofit for every microinverter purchased up to the amount of the charity’s 2017 administrative expenses for its Lights for Learning program.

“APsystems is proud to partner with Extend the Day to bring light to these children’s lives.” said Dr. Zhi-min Ling, APsystems Global President & CEO. “We firmly believe in what Extend the Day is doing around the world and are committed to helping them continue to achieve measurable results with their Lights for Learning program.

extend-the-day

“This foundation commitment by APsystems is extraordinary,” said Extend the Day Executive Director Jo Lonseth. “It allows us to focus on expanding our reach and building on the successful projects we already have in Kenya, Nepal and Myanmar.  Success in life for children living in disadvantaged communities often comes down to whether or not they can continue their middle school education. These solar powered lights cost nothing to operate and make it possible for school children to do homework after dark, improve their grades, and stay in school.”

APsystems first learned about the impressive work that Extend the Day is doing when the non-profit asked APsystems for help in designing a more reliable, lightweight, and inexpensive solar powered light. As a world leader in the development of innovative solar power electronic solutions, APsystems was the right choice and eagerly worked with Extend the Day to develop the ideal solution.

For more information on Extend the Day:  extendtheday.org

APsystems micros and expanded array boost art museum to LEED Gold rating

Bainbridge Island Museum of Art near Seattle has earned the vaunted LEED Gold environmental certification, making it the first new art museum in Washington state to achieve the Gold rating.

The certification is thanks to a newly expanded solar array using APsystems YC500 dual-module microinverters.

This past fall the museum nearly doubled its array to 100 modules. The 28kW system caps a host of advanced sustainability features that extend from the roof down into the earth beneath the museum itself.

bima-7099

“What’s thrilling about this achievement is that it affirms how deeply Bainbridge Island and the museum itself care about all aspects of community vitality and wellbeing,” said Sheila Hughes, BIMA Executive Director. “We live, work, visit and raise families in a place that invests equally and deeply in cultural enrichment and in sustainability.

“It’s wonderful to see BIMA’s LEED Gold status, made possible through the generosity of its local donors, as a leading example of both.”

The U.S. Green Building Council’s LEED certification – for Leadership in Energy and Environmental Design – is a progressive code that rates new buildings for sustainability and promotes eco-friendly construction techniques.

Designed by Bainbridge architect Matthew Coates, of Coates Design Architects, BIMA earned high marks for innovation in design, indoor environmental quality, water efficiency, and site sustainability.

“Art museums are inherently energy-intensive, making LEED Gold designation an extremely challenging goal,” Coates said. “We’re proud to demonstrate that architects, builders and clients can work together to create beautiful buildings for our environment and for our planet.”

General contractor PHC Construction worked with the museum staff to secure LEED Gold certification. The expanded PV array provided the final “points” required under the LEED scoring system.

The array uses APsystems YC500 microinverters provided by Blue Frog Solar, and iTek Energy 240W and 280W modules.

bima-7098

The inverters were provided free of charge by Blue Frog Solar, Northwest distributor for APsytems USA.

“When the art museum came to us with their solar proposal a few years ago, we could tell it would be a special building in every way,” said Tim Bailey, Blue Frog Solar co-founder. “It’s been an honor to contribute to both phases of their solar project, and support such a great institution.”

Several other private donors stepped in so that the solar project had no effect on the non-profit art museum’s budget.

Installer was Puget Sound Solar of Seattle.

BIMA opened in June 2013 to showcase contemporary Northwest art and has been an unqualified success, recently welcoming its 250,000th visitor.

________________________

Building a sustainable museum

Architect Matthew Coates designed the museum to embody forward thinking in both aesthetics and sustainable materials and systems in a facility-scale building.

That commitment started below ground. A geo-exchange system uses 14 bores beneath the foundation to reduce the energy used for heating and cooling the building.

_dsc4724

Drilled 400 feet, the bores act as a heat sink and source at a constant ground temperature of approximately 50 degrees. The system is designed to reduce heating and cooling energy by 90 percent, and to cut peak heating and cooling loads in half.

Thanks to the musuem’s sunny southern exposure, nearly all of the publicly occupied spaces enjoy generous natural light to further reduce energy usage for lighting.

A sophisticated louver system across the two-story glass façade tracks solar angles to reduce heat gain and glare inside.

Low-flow water fixtures inside and Northwest climate-appropriate landscaping reduce water demand.

During construction, 95 percent of construction waste was recycled, while more than 20 percent of new materials came from recycled sources.  All paints, sealants and materials were selected to be non-toxic.

The site itself, on a prominent corner near the ferry terminal that connects the island with downtown Seattle, was reclaimed from a former automotive business.

During site preparation, numerous scrap automobiles and many hundreds of spent tires were excavated from the property and recycled.

BIMA now is an educational institution whose mission is “to engage a diverse population with the art and craft of our region and our time.”

The art museum exhibits, interprets, preserves, collects and promotes works of proven cultural value as well as new those by emerging artists and craftspeople.

Information: www.biartmuseum.org.

APsystems establishes new sales, service office in Guadalajara

APsystems has established a new office in Guadalajara, Mexico, to support regional sales, distribution and service.

The new office address is AV. Lazaro Cardenas 2850-5º Piso, Colonia Jardines del Bosque C.P. 44520, Guadalajara, Jalisco.

APsystems marked the expanded regional presence with a user conference for solar professionals, as participants discussed the Mexico market and expectations for 2017.

APsystems earned praise from regional distributors and installers for microinverter performance, technical training, order fulfillment and after-sales service.

Three vendors were honored with “Golden Distributor” and “Silver Distributor” awards during the conference.

The firms STI, Greenergy and Sunnergy were honored by Wesley Tong, APsystems vice president, for their success in expanding the Latin America solar market.

Tong thanked the Golden and Silver distributors for their partnership in making APsystems a global leader in microinverter technology, and their passion for solar power and advancing a clean, renewable energy future.

APsystems entered the Mexico market in early 2013 with a specially configured version of the top-selling YC500 microinverter.

new-office-2016-spanish-2

Lighthouse Solar wins this year’s APsystems Solar Project of the Year Award in the Residential category

It’s not unusual these days for homebuilders to offer solar as a “buyer option,” a splashy add-on that the purchaser may or may not decide is worth the extra cost.

Yet others across the industry see a renewable energy system on a new home as simply one more element of design, as intrinsic as windows and doors, plumbing and lights.

lighthouse

“Solar as standard” could be the mantra for Lighthouse Solar. Partnering with real estate developer PSW, the Austin, Texas-based installer is powering new planned solar communities throughout the region in which PV on the roof is expected as the roof itself.

Prototypical is the 330 Clay Street project, a new 32-home development in San Antonio’s stylish arts district, where every home will be powered by APsystems microinverter systems.

2016-iconFor its leadership at 330 Clay and in the greater regional market, Lighthouse Solar wins this year’s APsystems Solar Project of the Year Award in the Residential category.

“Lighthouse and its partners are showing the way forward for solar in new construction,” said Jason Higginson, senior director of marketing for APsystems USA. “Making new homes energy self-sufficient should be a given, and the APsystems module-level solution makes it both achievable and affordable.”

Now celebrating its tenth year of operations in the fast-growing Texas market (the company’s New York unit is under separate ownership), Lighthouse sees planned solar communities as the next frontier.

At Clay Street, PV comes standard with every home as part of a larger sustainability package. The typical array is around 3kW, and the systems are designed to offset up to 50 percent of projected household usage.

roof22

Some homeowners manage their consumption such that the systems offset up to 80 percent, according to Stan Pipkin, Lighthouse Solar vice president and managing director.

Lighthouse began using APsystems microinverters last year after consultation with The Power Store, a regional distributor. Lighthouse installer teams found the integration to be “simple, as advertised,” Pipkin says.

“We were looking at a distributed solution that can scale effectively with the smaller systems at the planned community,” he says. “The systems are also designed to be able to scale as people move into the homes and get used to living with their solar system. The module-level performance offers a design flexibility to ensure parity among all the homeowners in the community.”

ground1

It’s a template that Lighthouse and its partners are carrying forward into the new year. More than 200 new solar-standard homes are slated to come online in several other new PSW planned communities.

“We thank APsystems for the honor and acknowledgement,” Pipkin says. “We look forward to more innovative and performative projects that APsystems technology is enabling.”