APsystems Featured In Solar Builder’s New 2018 Inverter Buyers Guide

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Screen Shot 2018-05-08 at 12.32.01 PMAPsystems gets some great press in the new 2018 Inverter Buyers Guide from Solar Builder Mag, out now.

The editors tout the new APsystems YC600 microinverter with Reactive Power Control and Rule 21 grid support functionality. Offering 300 VA peak output power per channel, the YC600 works with 60- and 72-cell PV modules and offers dual, independent MPPT per panel – setting a powerful new standard for microinverter technology.

Also in the Buyers Guide: The APsystems EMA App, offering comprehensive, real-time system monitoring through your handheld device. “APsystems provides complimentary module-level monitoring through its cloud-based EMA service for both homeowners and installers,” Solar Builder writes. “With the EMA app, users can see the energy their system is producing at the panel level, so if the app shows that a particular PV module is underperforming, the owner knows to check for shading issues, debris and damage.”

Download the 2018 Inverter Buyers Guide here.

Hard facts on soft costs

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Installers — does your solar equipment-of-choice play well together? Using integrated systems on cabling and racking can save on soft costs like installation time and truck rolls. Hardwired gateways can head off connection dropouts and failures. Find these and other time- and money-saving tips in “Install Tips: Choose products that reduce soft costs,” now at solarpowerworldonline.com

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APsystems microinverters touted in Solar Builder magazine

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APsystems microinverters get a shout-out in the January edition of Solar Builder magazine, on newsstands and online now.

Tim Bailey, founder of Blue Frog Solar, a leading APsystems distributor, touts microinverters as a great way for smaller installers to lower soft costs by simplifying residential system design—a big advantage over complex string inverter systems.

“Microinverters are flexible, and installers can design in the field by adding modules as they see fit,” Bailey says.

Read Solar Builder’s “Ask A Distributor” feature online here.

Solar Power World: Address Connectivity Issues to Reduce Trips to Solar Sites

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screen-shot-2017-05-12-at-4-29-45-pmYou’re a solar installer not “the IT guy,” so why spend time dealing with connectivity issues, rebooting customers’ Wi-Fi networks?

Real-time monitoring is an essential feature of today’s PV systems, but communication between system monitoring devices and the customer’s router is often overlooked.

Do you know best options and best practices? Christopher Barrett, Director of Techincal Services for APsystems, guides installers through the maze of options and issues for gateway connectivity in “The Installation Issue,” a special publication of Solar Power World on newsstands now.

Read “Address Connectivity Issues to Reduce Trips to Solar Sites” online here.

Address connectivity issues to reduce trips to solar sites

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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.

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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

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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.

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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.

What are the Advantages of Microinverters Going Into 2017

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Start early, work late – low-light production at either end of the day is just one more advantage of solar microinverters over conventional string systems.

Learn about the many others in “What Are the Advantages of Microinverters Going Into 2017,” a feature in Solar Power World’s 2017 Renewable Energy Handbook.

Read it here.

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APsystems YC1000-3 microinverter certified for Los Angeles market

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The APsystems YC1000-3 microinverter has been certified for use in commercial PV systems in the Los Angeles market.

apsystems_yc1000_4module_board_final_rgbsmGeneral Approval under the City of Los Angeles’ rigorous certification process was announced by the Department of Building and Safety, following testing by the Los Angeles City Electrical Testing Laboratory.

General Approval certifies compliance with Section 93.0303 of the Los Angeles City Electrical Code, “New Methods and Materials of Construction.”

The YC1000-3 is the industry’s first true 3-phase, four-module microinverter, specially designed and built for commercial PV applications. It is available in both 208V and 277/480V configurations.

“The YC1000 created the market for microinverter technology in the commercial PV segment,” said Andrew Nichols, APsystems Senior Vice President of Sales. “These challenging environments demand a rugged unit, and certification under the high standards of Los Angeles and other local jurisdictions show that it’s built for both safety and reliability.”

The City of Los Angeles previously certified the APsystems YC500i microinverter, a powerful dual-module, single-phase unit designed for today’s high-output modules.

Both the YC1000 and the YC500i microinverter are available for order through APsystems U.S. distribution channels.

YC500i LADWP Approval:
 
YC1000-3 LADWP Approval:

 

Multi-module micros touted in Solar Builder

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A microinverter that handles more than one module is not just quicker for install – it’s an investment in long-term reliability. Fewer units per array mean fewer potential points of failure, notes Chris Barrett, director of engineering and technical services for APsystems.

Find out how design improvements like multi-module micros and smarter chips are moving the MLPE segment forward in “Module Level Electronics O&M Equation,” a new article at solarbuildermag.com
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All new YC500i microinverter certified for Los Angeles market

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The APsystems YC500i microinverter with EnergyMax™ has been certified for use in the Los Angeles market.

General Approval under the City of Los Angeles’ rigorous certification process was announced by the Department of Building and Safety, following testing by the Los Angeles City Electrical Testing Laboratory.

apsystems-solarpower-online-ad-300x600-oct-2016General Approval certifies compliance with Section 93.0303 of the Los Angeles City Electrical Code, “New Methods and Materials of Construction.” The unit is certified for both residential and commercial applications.

“The YC500i microinverter is built for safety and reliability, to meet the highest standards of local jurisdictions like the City of Los Angeles,” said Andrew Nichols, APsystems senior director of sales.

“We’re excited to earn certification and bring this powerful new unit to such a dynamic and fast-growing metropolitan market.”

EnergyMax™ technology allows the dual-module microinverter to produce 274 watts peak output per side (548W total), an almost 10 percent increase in peak power output over conventional microinverters to harvest the power of today’s high-output PV modules.

The YC500i builds on the same advanced platform as the popular YC500A flagship model. EnergyMax™ technology developed by APsystems maximizes the inverter’s output for higher energy harvest across the solar array.

The unit utilizes a trunk cable, offering installers an alternative to the daisy-chain design of APsystems YC500A microinverters. This provides a solution for installers who favor trunk cable architecture as well as markets where regulatory bodies prefer an integrated ground.

The YC500i microinverter is now available for order through APsystems U.S. distribution channels. Email sales@APsystems.com for ordering information.