VIDEO: APsystems Powers World’s First Net Zero High-rise Apartment Building

Downtown Seattle has the distinct privilege of being home to the world’s first high-rise apartment building given the highly coveted Net Zero designation by the International Living Future Institute, an achievement that would not be possible without the involvement of APsystems microinverters.

Learn more about this inspiring initiative in the full article here.

PARTNER SUCCESS STORY: Krik Haffner of South Sound Solar

Krik Haffner, Founder & President of South Sound Solar, Discusses Quixote Village Project

In a recent project, Quixote Village, the folks at South Sound Solar, led by founder and president Kirk Haffner, demonstrated their commitment to both sustainability and humanity by powering 30 tiny homes in an effort to help shelter the houseless. Partnering with an architectural firm, Kirk and team ensured that the village was solar-ready, utilizing the latest technology to optimize energy production.

With the help of APsystems’ dual-channel microinverters, South Sound Solar was able to maximize efficiency, powering each of the tiny homes with just four solar panels. The decision to make APsystems the primary microinverter was driven by reliability and performance, a choice informed by years of experience and a commitment to delivering quality.

Watch the full video about the Quixote Village project.

Learn more about this inspiring initiative in the full article here

VIDEO: Brightening Lives – Quixote Village Goes Solar

Quixote Village, a community of 30 tiny homes, stands as a symbol of support for Olympia, Washington’s most vulnerable citizens. Since its inception, the vision included incorporating sustainable solar energy into the infrastructure. Olympia Community Solar took the lead in spearheading this initiative, skillfully securing funding through various grant channels. The design and installation of the solar system was expertly handled by South Sound Solar.

Witness the incredible journey in this video, showcasing each tiny house’s roof adorned with four solar panels featuring APsystems multi-module microinverters. This innovative system contributes to annual savings of nearly $8,000 for the village, funds that are wisely reinvested into essential resources.

Learn more about this inspiring initiative in the full article here.

Watch this testimonial video from South Sound Solar.

Three-Phase Made Simple

This exclusive article from APsystems was featured in the recent Special Report by Solar Builder magazine, “The Case for Microinverters in C&I Solar.” It explores the growing adoption of microinverters in commercial applications, particularly the native 3-phase microinverters that have revolutionized the industry. The article highlights the simplified wiring diagrams and streamlined installation process made possible by the 3-phase system wiring, along with key considerations for PV module selection, layout design, next-gen microinverters, racking choices, and gateway placement.

To access the full article and gain valuable insights into the considerations and best practices for 3-phase microinverter design and installation:

READ THE ARTICLE HERE

Special Report: The Case for Microinverters in C&I Solar

Technology is revolutionizing the design of commercial and industrial (C&I) rooftop solar systems, and one innovation leading the way is microinverters. With panels reaching unprecedented capacities of 600 W and beyond, and the emergence of UL 3741 compliant systems that provide more options for meeting NEC 690.12, microinverters are set to simplify C&I solar, just as they have transformed the residential solar sector. In this special report, Solar Builder magazine explores the advancements and benefits of microinverters tailored for C&I applications with APsystems.

Inside you’ll find:

  • Cost comparisons vs. string systems
  • Benefits beyond shade mitigation
  • Making three-phase “plug and play”
  • Safety advantages
  • How to reduce failure points
  • Adding battery storage

READ THE CASE HERE

Powered by APsystems microinverters, the largest solar array in Manitoba goes live

The largest solar array in Manitoba, Canada, goes live this month, powered by APsystems microinverters.

The ambitious 200.2 kW ground-mount array will provide 100 percent of the power needs for the Crescent Beach Cottages, a waterfront vacation resort on scenic West Hawk Lake in the Whiteshell Provincial Park.

Installer Evolve Green of Manitoba and the resort owners chose APsystems YC500A dual-module microinverters for their high production and the integrated Energy Monitoring & Analysis system. The APsystems EMA allows real-time monitoring of individual modules in the array to ensure optimal production at all times.

The resort’s rocky, forested terrain posed a challenge for installation – system designers had little room to work with – but creative placement put the topography to advantage. Installers mounted the second row of modules on a rocky tier some 8 feet above grade, allowing the two racks of modules to be placed closer together and conserve space.

The two-rack ground-mount system includes 308 modules and 154 APsystems microinverter units per rack — more than 600 modules and 300 microinverters total — provided through Canadian solar equipment dealer National Solar Distributors.

In addition to achieving “net zero” energy use for the resort, the owners will recover 30 percent of their investment through a rebate program by regional utility Manitoba Hydro.

See a video of the Crescent Beach Cottages array here.

Lowen home and organic family farm, Coldstream, British Columbia

Helmi and Kornelius Lowen of Coldstream, British Columbia, wanted to eliminate their power bill – or better yet, start getting a check from the power company under the local net-metering program. Working with a leading Canadian installer Got Solar?, they were able to populate three slopes of their farmhouse roof with solar panels powered by APsystems microinverters.

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The output from the solar array should come very close to achieving “net-zero” and maybe even “net-positive,” creating more power than the Lowen home and farm consume in a year. The grid-tied array was so ambitious, local power provider BC Hydro came out and upgraded the transformer and replaced the pole – at no charge to the Lowens.

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Add it up, and the Lowens earn distinction as Canada’s first 100-percent solar organic farm.

“What makes this project so special, is that even before we installed the solar system, the Lowens in essence already used solar power to create the majority of their profits,” said Chris Palmer of Got Solar? “The fruits, vegetables and other produce grown by this organic farm are all powered by the sun.”

The 3.7-acre family farm in Canada’s rich Okanagan valley raises tomatoes, onions, cucumbers, strawberries, spinach, lettuce, potatoes, beans, peas, beats, corn, squash, zucchini, and in one recent year, some 27,000 heads of garlic.

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“Just about anything you need in a kitchen, it’s right here,” Helmi Lowen told Okanagan Seniors in a video feature. “I get bored very quickly and so does Kornelius, so we enjoy doing the gardening.”

Perhaps more impressive: the Lowens, now in their late 70s and mid-80s, respectively, still work the farm largely on their own.

By helping the Lowens create enough power for both home and farm, Got Solar? and APsystems microinverters helped the couple complete the last link in their quest for self-sustainability. And they still plan to upgrade to an electric car.

Launched in 2015, Got Solar? provides grid-tied and off-grid solar energy systems in Kelowna, B.C., and surrounding areas for residential and commercial clients. They are also the only solar company in the Okanagan that caters to DIY installers.

For the Coldstream Corner project, Got Solar? selected APsystems YC500 dual-module microinverters to support 93, 315-watt modules by Canadian Solar, all but two being 72-cell units. Two 60-cell modules were required due to space constraints around a chimney.

Palmer cited the flexibility of APsystems microinverters that allowed system designers to handle the different module sizes seamlessly. That promises forward-compatibility through the life of the array, he said.

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“Should a solar module ever be damaged or fail in the next 30 years, APsystems has essentially ‘future proofed’ their product by making it so widely compatible through its wide-ranging input capabilities,” Palmer says. “No longer do you have to try and find vintage matching panels, rather, you replace with whatever is currently in use and in inventory.

“Thank you, APsystems, for allowing our crews to have shorter installation times, higher productivity, and ease-of-installation that has no equal.”

Like APsystems microinverters, the Lowens are proud examples of industry and productivity over the long haul.

“A lot of seniors come here and say, ‘I couldn’t do what you’re doing,’ and I don’t believe that,” Helmi Lowen told Okanagan Seniors. “A lot of people could do it. They don’t have to do it, but they could do it. They say no to big gardens, but they could start small in their own backyard or even in their apartment. There’s always a plot there for seniors to go and get their hands dirty.

“If you say you can’t, you can’t. But if you say you can, you can.”
Location: Okanagan, British Columbia
Capacity: 29kW
Installer: Got Solar?, B.C., Canada
Modules: Canadian Solar 315W, 72-cell and 60-cell monocrystalline
Number of modules: 93
Microinverters: APsystems YC500 dual module
No. of microinverters: 47

Northernmost grid-tied solar Install in Canada

APsystems 3-phase microinverters now power the northernmost grid-tied solar installation in the Americas – the Community Hall at Pond Inlet, Nunavut, latitude 72N.

Vancouver Renewable Energy (VREC) powered up the 590kW system in Canada’s newest and northernmost province in September.

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The 9.3kW community system features 32 SolarWorld 290-watt mono-crystalline modules and eight APsystems YC1000 true 3-phase microinverters.

In just three weeks the PV system had produced 590kWh of power, saving hundreds of dollars on the municipal power bill for the remote, 1,500-person hamlet. The community otherwise relies on a diesel “tank farm” and generator plant for its power needs – an expensive proposition now helped by clean, renewable solar and APsystems microinverter technology.

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The new array will be paired with a mural celebrating light, both from the sun and from qulliqs, traditional Inuit lamps that use animal fat as for fuel, according to the Vancouver Renewable Energy blog.

Read the whole story here.

APsystems microinverters powering multifamily solar at Grow Community

Condos, apartments, townhomes – three flavors of multifamily construction, each with its own challenges for reaping the power, and financial benefits, of solar investment.

Asani development company is tackling all three at once at Grow Community on Bainbridge Island, across Puget Sound from Seattle.

On buildings dubbed the Salal, the Juniper and the Elan, now complete in the project’s expansive second phase, solar arrays will benefit both homebuyers and renters alike.

One roof apiece, with many beneficiaries beneath.

“Our investors said, ‘let’s go for it,’” said Greg Lotakis, Asani president and Grow Community project manager. “Without their desire to be the largest solar community in Washington, and wanting to plant the solar flag in the ground, we wouldn’t be doing this. Without their support, it wouldn’t be possible.”

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The Salal condominiums, with 12 units spread over three stories, is effectively a “community solar” project on a rooftop. Solar was included in the purchase price – no buyer option – and incentives from the State of Washington will be apportioned equally among condominium owners. Each will own a one-twelfth interest in the array.

Asani worked with state officials and the local utility provider to craft a program that satisfies the complicated provisions of Washington law.

The opening was a provision allowing common use of single roof for solar in multifamily buildings. Asani banked on prospective buyers seeing shared solar as a good investment as they bought their condo units, one that promised annual paybacks while lowering operational costs of their building through solar harvest.

Solar was designed into the Salal building. A single production meter monitors total system output, while 12 sub-meters track consumption in individual units for utility billing.
Buyers are rolling the cost of solar, about $15,000 per unit, into their mortgages to take advantage of low interest rates at the time of purchase.

“We wanted it very clean and divisible by all the owners,” Lotakis said. “I think it would be pretty difficult for six, 10, 12 people to come together and agree upon how the system would work after the fact. This gave us a chance to just deliver it.”

Lotakis expects the 44kW array to produce about $1,500 in incentives per unit annually – cumulatively much higher than the state’s $5,000 cap on incentives for a single-family residence.

Next door at the 12-unit Juniper apartment building, the 44kW rooftop array is similar but the equation is different. Renters will enjoy the benefits of solar production through net-metering, but not the annual state solar rebate. That will go to the building’s single owner, and will max out at the state’s $5,000 cap. The Juniper building array includes APsystems YC1000 true 3-phase microinverters.

The two-story Elan townhomes presented the most straightforward challenge. Individual 6-9kW solar packages are offered for each section of the common roof. No modules will cross the “virtual lot lines,” making each system self-contained within the owner’s patch of rooftop. Three systems have been installed so far, including APsystems YC500A microinverters.


GROWING NEIGHBORHOOD SOLAR

From project inception, Asani set out to build the most environmentally friendly development possible.
Relentless sourcing of renewable materials and low-impact fixtures, and close connection to the island’s town center, have positioned Grow Community in the marketplace for healthy lifestyle-conscious buyers.

The project’s first phase is noted for its shared pea-patch gardens and winding footpaths through close-set homes. The second and third phases are oriented around a woodland grove and open greenway.

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The project has earned recognition in national magazines and won awards from local and national homebuilder associations. It is only the second planned community in North America to be certified under the rigorous One Planet Living standards.

Grow’s first phase of 23 detached units sold out immediately, and every homeowner chose to add the solar package.

Asani has also showcased Made In Washington components to support the state’s solar industry.
Modules at the Salal are by Itek Energy of Bellingham, WA, while the Juniper and Elan arrays include APsystems microinverters manufactured and distributed by Blue Frog Solar of nearby Poulsbo.

Using a mix of in-state and out-of-state components allows Asani to achieve different price points for buyers while optimizing local incentives where possible.

Lotakis cautions that Grow Community’s multifamily solar program relies on particularities in Washington law. Multifamily programs elsewhere would face their own challenges, although he believes Grow offers a useful model for developers nationwide to consider.

With the Salal building only recently certified for occupancy, new residents have no comparative data on their energy savings. But the solar component was attractive, as it has been to buyers throughout the three-neighborhood, 142-home project due to be completed in late 2017.

“Solar was a factor,” one new resident said, “along with a development that encourages a sense of community.”

Between the federal tax credit and annual rebates from the state, Lotakis said, owners buying into the Salal condominiums could have their share of the common array paid off within five years.

“And because they’ve rolled the cost of solar into their mortgage, they don’t really see it,” he said. “Those production checks will be like a dividend.”

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APS microinverters the only solution for Hawaii shopping center

When owners decided to renovate a shopping center on the island of Oahu, Hawaii, their plans didn’t stop at the ceiling.

The expansive open rooftops at the multi-building complex offered perfect platforms for a new solar system to take advantage of the islands’ famous sunshine.

The 30-year-old shopping center on the Kamehameha Highway is an important commercial hub for the community, anchored by mainstays including Ross Dress For Less, 24-Hour Fitness and Foodland groceries. The center also offers an array of professional and financial services, popular retail outlets and eateries.

The project has become an ambitious proving ground for commercial solar power, and for APS microinverter technology – in terms of scale, and also because of Oahu’s nonstandard power grid voltages.

Three-quarters of the project operates at 277V AC, significantly higher than the 208V three-phase systems and 240V residential voltages standard in the continental US.

APS microinverters’ chip-based architecture allowed each unit to be specially programmed to easily accommodate the higher grid voltage – a flexibility built into each APS unit and unmatched by any other microinverter in the market.

“We’re the only microinverter that would work here,” said Tommy VanCleave, technical support manager for APS America. “We offered a technical solution that made this installation possible.”

In terms of scale, it is by far the largest domestic application of APS microinverter technology.

The system includes 3,046 PV panels by ReneSola, each offering up to 305W power output. The panel array is served by 1,523 APS YC500 dual-MPPT microinverters –- one for every two panels, representing significant cost savings and installation ease over other alternatives.

The proprietary APS microinverter design was also ideally matched to the large, 305-watt PV modules, and the greater AC output offered investors a significant ROI advantage over other inverters on the market.

Total system capacity is 929 kW, supporting the shopping center’s operations and putting power back into the local grid. Mall patrons are benefiting from Hawaii’s most abundant resource: the sun.

The project is now roughly 80 percent complete, with all 277V systems and one of two smaller 208V rooftop arrays now producing power.

The APS Energy Communication Unit software will provide real-time graphical monitoring of each rooftop system and individual PV modules within each array.

The early returns are strong — the system is actually outproducing the agreement between the shopping center and Pacific Power Renewables, putting more energy back into the system than originally envisioned.

“Overproduction – that’s great,” VanCleave said.