Panasonic names its first group of Premium Solar Installers

Panasonic solar solutions

Several authorized installers of Panasonic’s HIT solar modules were just promoted to the exclusive “Premium Installer” status. Panasonic unveiled this program last year to provide valuable assets to partners who meet Panasonic’s high standard of excellence.

“The growth of Panasonic HIT modules across North America has allowed us to partner with several exemplary solar panel installers who share the same dedication to quality customer service and superior product performance as we do,” said Mukesh Sethi, Group Manager of the Solar Division of Panasonic Corporation North America. “We are thrilled to offer additional benefits to these valued partners and we look forward to working with them for years to come as we expand our presence in the North American residential solar market.”

Those partners are… (drum roll, please)…

• Sullivan Solar Power – San Diego, CA
• LA Solar Group, Inc. – Van Nuys, CA
• Westhaven Solar – Santa Cruz, CA
• Sierra Pacific Home & Comfort – Rancho Cordova, CA
• Diablo Solar – Martinez, CA
• RevoluSun – Burlington, MA
• SUNation – Ronkonkoma, NY
• SunRay Solar – Concord, NH
• NJ Solar Power – Bayville, NJ

What’s a premium installer?

Panasonic’s Solar Installer program is comprised of “Authorized” and “Premium” installers. Premium installers are those companies that have completed a minimum requirement of HIT module installations and have met an annual wattage target. These installers also promote Panasonic as their primary brand of solar modules, and they receive a range of benefits from Panasonic to enhance their offerings to customers.

Premium installers will be part of continuous efforts with Panasonic to promote the HIT brand among the installers’ area of operation. They will receive leads generated through Panasonic’s website, where the installer will be listed as premium. Premium installers are also the beneficiary of cooperative marketing funds provided by Panasonic, at twice the level of funds provided for Authorized Installers, to help grow their business and attract even more customers.

Panasonic will aim to expand the reach of the Solar Installer program and bring industry leading companies into these mutually beneficial partnerships.

— Solar Builder magazine

Renewable energy project in Colorado draws interest from Department of Energy

The U.S. Department of Energy’s (DOE) National Renewable Energy Laboratory (NREL) is partnering with Panasonic Corporation and Xcel Energy to simulate and optimize the energy load profile of Peña Station NEXT, a planned 382-acre mixed-use development in Denver, Colo.

The project will employ the grid modeling capabilities of NREL’s Energy Systems Integration Facility (ESIF) while demonstrating URBANopt software, a buildings and district energy modeling tool currently under development at NREL. Through this project, NREL hopes to enable a cost-effective, scalable net-zero development infrastructure that has great potential for replication and adoption across the U.S. in future developments.

Pena station panasonic solar project

“The NREL partnership with Panasonic and Xcel Energy helps deliver on our shared vision for clean, affordable, and reliable energy systems at a pace and scale that matters for our society,” said Juan Torres, NREL’s associate laboratory director for energy systems integration. “As a national user facility, the Energy Systems Integration Facility at NREL is an ideal place for both Panasonic and Xcel Energy to analyze and optimize the project’s energy master plan before construction, in a way that benefits all involved.”

The project uses URBANopt to analyze the projected dynamic energy consumption of corporate office space, retail space, multifamily dwellings, a hotel, parking, and street lighting within the planned development. The data will then be integrated into Xcel Energy’s grid distribution modeling tools to create a cost-effective design framework that the utility and developer can use to integrate more distributed energy resources, such as solar photovoltaics or efficient building systems, and innovative rate structures into the development before it is constructed.

DOE prioritizes solar power plant performance with Power Factors funding

The partners are confident the project holds great promise beyond Peña Station NEXT’s borders. Xcel Energy will consider owning and operating the necessary infrastructure to achieve carbon neutrality, potentially expanding the offering to future communities in Colorado. Panasonic is similarly interested in how it might replicate and scale carbon-neutral districts and developments across its other current and future smart city engagements through Panasonic CityNOW. NREL will share its expertise and apply the lessons learned from this project to future developments.

NREL’s ESIF is a flexible and fully integrated lab space dedicated to testing residential and commercial smart energy technologies. It is a one-of-a-kind testing space that connects appliances, electric vehicles, a home, or even a community to an end-to-end energy ecosystem. By incorporating power generation, energy storage, and dynamic energy loads into the facility, researchers can simulate and optimize real-world conditions in a controlled laboratory environment.

NREL is the U.S. Department of Energy’s primary national laboratory for renewable energy and energy efficiency research and development. NREL is operated for the Energy Department by The Alliance for Sustainable Energy, LLC.

— Solar Builder magazine

Intersolar North America Showcase: Here’s what to see at this year’s trade show

APsystems: True three-phrase microinverters

APsystems YC1000

APsystems boasts an industry best-selling 3-phase solar microinverter and the industry’s first true 3-phase (phase-balanced & phase-monitored) unit, the YC1000-3. This model handles 208V or 277Y/480V grid voltages with 900 watts maximum output, 95 percent peak efficiency and comes with ZigBee communication and integrated ground. At 480V up to 11 units (44 modules total, 60- or 72-cell) can be linked in a single 15A circuit, and up to 14 solar modules (7x YC500s) in a string with a 20A breaker. Designed to operate from -40 F to 149 F degrees. Ten and 25-year warranties are available. Booth 9245.

Boviet Solar: Debuting two new solar modules

Boviet Solar

A new 290-W, 60-cell polycrystalline diamond-cut PERC solar module is one of the newest products from Boviet Solar’s full PERC production line completed in 2016. Also on display will be the new 300-W monocrystalline PERC Smart Module designed to harvest 25 percent more energy. In addition to free, 24-hour monitoring per module, the Smart Module also has module-level voltage shutdown to offer greater installer and firefighter safety. Booth 8317.

Ciel et Terre: Making floating PV happen in the U.S.

hydrelio floating solar

Ciel et Terre has completed large-scale floating PV systems in various market applications and countries, showcasing FPV as a real alternative to traditional PV in roof-top and ground-mounted systems. In the past year, the organization increased its U.S. reach with its first public utility project in Orlando, alongside its local Florida representative D3 Energy and in partnership with the Orlando Utilities Commission. Ciel et Terre installed a 31.5-kWp floating solar system on the OUC’s storm water storage reservoir, a dead water space at the facility, and is expected to generate up to 51,000 kWh per year. Booths 9744 and 9745.

Eaton: Control system to simplify microgrid deployment

Eaton microgrid system

Designed for critical applications requiring secure, efficient and reliable power, Eaton’s newest solution is engineered to deploy stand-alone power systems using existing and new assets with the adaptability to easily meet future needs. The system incorporates Eaton’s new Power Xpert energy optimizer controller and provides a modular, scalable approach to microgrid control, as well as accompanying services, such as microgrid feasibility studies, total system design, control system deployment, integration with existing third-party generation assets and critical loads, project implementation, commissioning and system start-up, and ongoing maintenance. Booth 8310.

EcoFasten Solar: New standing seam metal roofing application

EcoFasten

EcoFasten Solar has launched its newest product, SimpleBlock, a solution designed specifically for standing seam metal roofing applications. The versatile SimpleBlock provides a variety of options through compatibility with any rack manufacturer’s connection points (L-feet, posts), and will fit any double-lock standing seam. When used in conjunction with EcoFasten’s Mid-Clamp, SimpleBlock becomes a rail-free racking system featuring integrated bonding. The system meets and exceeds all known building codes and is UL 2703 listed, with product compliance determined through rigorous, uncompromised testing per UL 2703: First Edition. Due to such an overwhelming response to this innovative system, EcoFasten Solar is gearing up for high volume manufacturing to meet industry demand and will also be unveiling additional configurations for more seam options soon. Booth 9433.

Fronius: Offering its next generation solar solution

Fronius

Fronius introduces its next generation of solar systems to the industry, the Fronius Smart Solution. This satisfies all needs for residential and commercial systems: flexible system design, shade mitigation, NEC compliance, high performance and state-of-the art monitoring while keeping the number of components low and installation easy. The Fronius Smart Solution combines the benefits of traditional MLPE such as microinverters or DC optimizers with the ease of installation and cost-effectiveness of string inverters. The Fronius Smart Solution is the combination of cell-string optimized modules, the Fronius Rapid Shutdown Box, a Fronius SnapINverter, the optional Fronius Smart Meter and the Fronius Solar.web online monitoring portal. Check it out for yourself at the Fortune Energy booth. Booth 8519.

Heyco: A solution for every cable need

Heyco solar clips

Heyco’s new Edge Clips are ideal for use where holes cannot be used and adhesives are not acceptable due to temperature issues. If these won’t work, check out Heyco’s new SunRunner Vidrios, which are designed to mount directly onto the glass panel with compression force only — perfect for frameless PV modules. If neither of those pique your interest, check out Heyco’s SunBundler. Though not new to Heyco’s offering, the Heyco SunBundler has been receiving a lot of attention due to its 20 year warranty and unique design. Check them out at the CED Greentech booth. Booth 8311.

Ideal Power: The latest in power conversion innovation

Ideal Power

Ideal Power’s newest Stabiliti Series power conversion system is a grid-resilient 30-kW advanced power conversion system for system integrators and project developers who need to efficiently connect distributed energy resources to the grid. Stabiliti is the next generation of Ideal Power’s patented Power Packet Switching Architecture (PPSA) technology and incorporates numerous new features and benefits for commercial and industrial customers. The Stabiliti Series is available in two versions: dual port AC-DC bi-directional and multi-port AC-DC-DC bi-directional. Ideal Power’s John Merritt will be speaking on July 10 from 12-12.30 p.m. at the ‘‘Islands, Mini-Grids, Microgrids & Energy Storage’’ session. His talk will explain how solar-plus-storage systems can become microgrid-enabled with multi-port conversion technologies, creating energy resilience and reducing reliance on backup generators. Booth 8110.

JLM Energy: Patent-pending ‘microstorage’ technology

JLM Energy Phazr

Phazr, the first in JLM’s MicroStorage family of products, is mounted seamlessly behind the solar panel. Phazr is designed for large-scale, solar-plus-storage applications and is also perfectly suited for smaller residential and commercial installs. The simultaneous nature of electron flow is unique to JLM’s patent-pending technology. This is included in JLM’s energy technology bundle and is operated by Measurz software, which continually observes energy usage patterns and utilizes a variety of strategies to maintain a pre-set budget determined by the customer. Booth 8134.

Pika Energy: Partnership with Panasonic on solar smart battery

Pika_MAY17_006_web

Panasonic Eco Solutions North America and U.S.-based inverter manufacturer Pika Energy Inc. are partnering to offer a DC-coupled solar smart battery — Harbor 10P/15P — that will begin shipping in late 2017 and is available for pre-order today. The solar-ready Harbor Smart Battery combines Panasonic’s Lithium-Ion battery modules and Pika Energy’s power electronics in a slim, floor-standing, wall-mounted enclosure to provides 10 kWh or 15 kWh of usable energy and up to 6.7 kW of continuous power. Booth 8318.

Preformed Line Products: Speeding up rail-less mounting

Preformed Line Products

Maneuvering mounting rails can be the most demanding part of installing rooftop solar modules. But now installers can avoid that — and mount modules faster and easier — with the POWER DISK rail-less mounting system from Preformed Line Products. POWER DISK is a unique roof attachment that can go anywhere on residential rooftops. It does not need to be secured to rafters. Install solar modules in four simple steps: 1. Snap chalk lines. 2. Mount POWER DISK bases anywhere on the roof deck. 3. Set solar modules in place. 4. Spin the disks to vertically adjust height to roof undulations. Booth 9449.

Quick Mount: New series for comp/asphalt shingle roofs

Quick Mount

Quick Mount PV engineered its patented Elevated Water Seal Technology into an integrated L-foot and flashing for cost-effective, super-fast, single-bolt installation with unparalleled waterproofing. The L-Mount Series comes in single- and double-slot options for maximum versatility and works with all leading racks. L-Mounts are designed for simple lag-bolt installation onto existing composition/asphalt shingle roofs. The L-Mount features a 9-in. by 12-in. aluminum flashing with alignment notches and rounded corners to easily slide under shingles and speed installation. No shingle cutting required. Like all Quick Mount PV products, the L-Mount meets or exceeds roofing industry best practices and comes with a 25-year warranty. Available in mill or black finish. Booth 9411.

RBI Solar: Ground mount, ballasted, roof mount and canopy solutions

RBI solar Logo

RBI Solar is one of the top turn-key solar mounting solutions suppliers in the United States for ground mount, ballasted landfills, roof mounts and canopy/carport structures. As a single-source provider for commercial and utility-scale PV projects, all responsibility for the design, engineering, manufacturing and installation of the most efficient PV Racking systems in the marketplace is completed in-house by the RBI Solar Team. Committed to providing value from conception to completion, RBI Solar’s customers receive cost-effective and durable racking solutions for each project site to aide in reducing the overall project costs. Booth L9008.

SimpliPhi: Plug-and-play storage

SimpliPhi - AccESS - 300 DPI

Developed in partnership with installers, SimpliPhi Power’s AccESS has been installed in a variety of locations, including a commercial “glamping” resort, Flying Flags, and is positioned for hundreds of residential installations in partnership with Civic Solar’s SGIP projects. The AccESS provides power security that is safe, reliable, non-hazardous and efficient. The fully integrated solution includes the SimpliPhi award-winning battery technology, Schneider Electric inverter charge controller, associated power electronics and overall system management. Pre-programmed software settings and performance monitoring complete the solution. Booth 8124.

Smappee Plus: New advanced energy monitoring

Smappee Plus

Now entering the U.S. solar market, Smappee Plus is the latest innovation from Smappee’s burgeoning energy monitoring solutions which have seen widespread adoption across Europe since 2012. The product combines Smappee’s patented NILM (Non-Intrusive Load Monitoring) technology with submetering clamps to measure real-time energy use from appliances throughout a user’s home including those with variable output or similar energy consumption patterns, giving previously undetectable transparency to energy use. Head to the Impress Lounge across the street from the Moscone Center for more info.

Solar-Log: Enhanced PV monitoring portal allows for more installer services

solar log pv monitoring

Solar-Log’s new WEB Enerest is an enhanced PV monitoring portal that works in combination with Solar-Log’s data loggers to offer better monitoring and more efficient optimization of solar power usage. The new Solar-Log WEB Enerest portal is available in three different service levels and price classes to respond even more precisely to the differing needs of individual customer groups. The most advanced XL package allows installers and service providers to centrally monitor their entire fleet from one portal. This premium version provides near real-time visualization of plant error messages which can be quickly evaluated and managed. The portal allows the operator to remotely configure the Solar-Log®device, customize the portal design, and define plant owners’ access to the yield and plant information. Automated reports, integrated weather data comparison and the option to combine several plants with one account are just some of the comprehensive functions. Booth 9121.

SunModo: Debuting new solar awnings to shield windows, generate energy

sunmodo awning

The concept is simple: Replace traditional metal and fabric awnings with solar-power-generating panels that provide necessary protection from the elements while also replacing traditional electricity usage. That concept is coming to the marketplace as the SunShield awning system. It is being introduced by SunModo, a company that makes durable, easy-to-install professional racking systems. The SunShield awning system features a durable triangular aluminum frame as structural truss; and expands to a 35-degree tilt angle once installed. This compact triangle frame design easily accommodates both 60 and 72 cell solar panels. What’s more, SunShield opens the awning industry to 30 percent tax credits and provides a substantial new canvas for solar power generation. Booth 9539.

Tabuchi America: Expanded storage capacity

Tabuchi

Originally launched in the United States at Intersolar 2015, Tabuchi America is debuting the 2nd generation model of its Eco Intelligent Battery System (EIBS). Tabuchi’s all-in-one, easy-to-install system includes a 5.5-kW solar inverter and stackable 6-kWh lithium-ion batteries. The Tabuchi EIBS has the intelligence to maximize a homeowner’s savings in real time across different electricity tariffs. This DC-coupled system will meet advanced inverter requirements and will be 9540 compliant. Booth 8121.

Trojan Battery: AGM battery designed for solar installs

Trojan Battery

Trojan Battery Co. is launching a new line of maintenance-free, true deep-cycle absorbent glass mat (AGM) batteries specifically designed for solar and other renewable energy applications. The new Trojan Solar AGM line is manufactured in the U.S. Offering a three-year warranty for stationary applications, and tested to an eight-year design life under IEC 61427 standard for solar batteries, this initial release includes a wide range of Trojan Solar AGM models. With its non-spillable design, the new Trojan Solar AGM batteries enable installers to customize the use and position of the batteries in customer applications. Booth 8128.

— Solar Builder magazine

Top 6 solar projects from last week

First Illinois school district to go solar hosts ribbon cutting

solar school project illinois

Lake Park High School District 108 hosted a ribbon cutting event on June 15 to celebrate completion of two solar photovoltaic (PV) systems, making it one of the first public school districts in Illinois to adopt solar power on a large scale. The declining installed cost of solar has made this cost effective for the District and will result in an estimated net savings of $5.1 million over 25 years. Both Lake Park West and Lake Park East high schools now have roof-mounted solar panels expected to generate 1.86 megawatts of clean energy. The solar array will provide 2,215,247 kilowatt hours of power to the grid. The project was completed and solar system energized in March of this year.

Implemented in two phases, energy conservation measures at the high schools included new energy efficient vertical classroom units, lighting upgrades and a cooling tower replacement. The Phase One project was completed in August of 2016.

Roof-Mount Project of the Year: Bishop O’Dowd High School

To further reduce energy costs, the District pursued the use of solar power and is now distinguished as one of the largest public school solar installations with net metering in Illinois. Solar renewable energy credits (SRECs) will become an income source for the District as they sell excess solar credits to utility companies that need them to meet certain energy use requirements. Expected revenue from excess solar renewable energy credits is projected to exceed $5.1 million over 25 years.

dynamic energy solar project

Western, Pa.’s Estes Express Lines completes 688-kW rooftop project

Estes Express Lines and Dynamic Energy, a turnkey solar project developer, are pleased to announce the completion of a 688 kW solar project on the roof of Estes’ terminal in West Middlesex, PA. The system is expected to produce 777,400 kilowatt hours of power each year, which will offset 56% of the West Middlesex terminal’s annual consumption.

This project was supported by a state grant from the Pennsylvania Energy Development Authority (PEDA). PEDA is an independent public financing authority with a mission to finance clean, advanced energy projects in Pennsylvania. Estes previously partnered with Dynamic Energy to complete 2 solar installations totaling 583 kW at their terminals in Elkton, MD, and Baltimore, MD.

Panasonic

Denver ‘smart city’ development named ESNA Innovation Awards finalist

A Panasonic-led solar-plus-storage microgrid at Peña Station NEXT, a 382-acre smart city development in Denver, has been named an Energy Storage North America (ESNA) 2017 Innovation Awards finalist. This industry accolade follows on the heels of the microgrid earning an Environmental Leader 2017 Top Project of the Year award earlier this month.

Project partners include Panasonic Enterprise Solutions Company, Xcel Energy, Denver International Airport, LC Fulenwider, Inc., and Younicos. Partners share microgrid assets and benefits in a multi-stakeholder “portfolio” model that helps the utility modernize and manage its electricity grid with innovative technologies, aids grid integration of solar PV, strengthens resilience (including through backup power) for customers and critical loads, and supports the sustainability goals of diverse organizations.

The Holistic Home: We peer into the future of home energy generation, usage

Where many microgrids are utilized by a single entity (e.g., military, corporate, or college campuses), the portfolio microgrid at Peña includes a set of assets that are shared between stakeholders:

• 1.6 MWdc carport solar photovoltaic (PV) system
• 259 kWdc rooftop solar PV array atop Panasonic’s facility
• Anchor electricity load at Panasonic’s Technology and Business Solutions Center
• 1 MW / 2MWh lithium-ion battery energy storage system (BESS)
• Switching/control systems to operate the BESS and microgrid functionality

As an example of the portfolio model for sharing microgrid assets, Denver International Airport owns the parking lot and carport structure at Peña; Xcel Energy owns and operates the solar PV system atop the structure under a long-term lease; and Panasonic performs the operations and maintenance on the system.

BlueRock Solar Logo

BlueRock Solar paves way for largest community solar project in New York

BlueRock Solar announced plans for a community solar project just outside Buffalo, N.Y. in Grand Island after the town board voted unanimously to approve the project. It will be completed in partnership with Active Solar Development. BlueRock Solar expects to break ground later this summer and complete the installation within 2-3 months.

The 18-acre solar array will be the largest New York State community solar installation project in the state and will power up to 400 homes and businesses. At least 60 percent of the power generation will be allocated for residential customers with a guaranteed savings as compared to the incumbent utility. The project will consist of approximately 12,000 solar panels installed off I-190 between Bedell Road and Industrial Drive.

This will be BlueRock Solar’s second community solar project and one of only a few in the state. Earlier this year, the company successfully completed installation and interconnection of a community solar project in Millport, NY, in a partnership with Ithaca, NY-based Renovus Solar.

SunPower and UC Merced

The University’s Second SunPower Project on Campus to Support its Zero Net Energy by 2020 Goal (PRNewsfoto/SunPower Corp.)

‘Triple Zero Commitment’ project aided by SunPower PV system

The University of California, Merced’s precedent-setting Triple Zero Commitment aims for zero net energy use, the creation of zero net landfill waste and climate neutrality on campus by 2020, a goal that coincides with the university’s expansion project to nearly double the campus’s physical capacity by that same year.

The university is working with SunPower Corp. to install a 5-MW solar power system featuring a carport-and-rooftop installation, complemented by a 500-kilowatt energy storage solution from Stem. The system will be UC Merced’s second featuring SunPower solar technology. A 1-megawatt ground-mounted tracker system has been in operation and exceeding performance expectations since 2009, and the two systems combined are expected to supply more than 50 percent of the campus’s energy needs. UC Merced will own the renewable energy credits (RECs) associated with the new solar energy system, which is estimated to generate clean electricity equal to removing approximately 30,000 cars from the road every year for 25 years. The 5-megawatt photovoltaic system and 500-kilowatt battery storage system will be financed by a power purchase agreement (PPA).

sunation pv install

SUNation installs 2,500th PV system on 14th anniversary

Ronkonkoma-based solar design and installation company, SUNation Solar Systems, is celebrating its 14th anniversary as a company this month, which coincides with their 2,500th solar photovoltaic (PV) system installation on Long Island. SUNation’s installation team completed the milestone installation today at the home of Holbrook resident, Chris Cirneanu. The 8,829 watt SunPower system is expected to produce 9,949 kilowatt hours (kWh) annually, offsetting over 100% of the homeowner’s annual electricity expense.
SUNation Co-Founder and CEO Scott Maskin says, “We are proud to be celebrating 14 years of providing our friends and neighbors with a better way to create electricity. In that time, we’ve grown a work family of over 100 people and played a major role in building a local solar industry on Long Island.”

Since its inception in 2003, SUNation has installed 27,535,971 watts and over 94,000 modules for Long Island customers. SUNation Solar Systems’ customers have produced an accumulated lifetime total of 103,528,268 kWh and saved over $20.7 million dollars over the last 14 years.

 

— Solar Builder magazine

Panasonic solar module posts world-leading output temperature coefficient

Panasonic Corp. says it has achieved the world’s leading output temperature coefficient for mass-produced silicon photovoltaic modules, at -0.258%/°C. This record-breaking innovation sets a new standard for the solar industry, improving on the previous temperature coefficient by 0.032 points at the mass production level, highlighting the positive temperature characteristics of heterojunction solar cells and further improving Panasonic’s unique heterojunction technology.

panasonic modules

Temperature coefficient explained

Output temperature coefficient is a vital metric in evaluating solar modules as a measurement of how quickly their conversion efficiency degrades as the temperature rises, thereby reducing the output. The standard silicon solar cell’s output temperature coefficient is -0.50 percent, which denotes a decline of 0.50% in the conversion efficiency as the module temperature rises by 1° C. For instance, at the module temperature anticipated in the summer months (75° C), the conversion efficiency will decrease by 25% in comparison to the environment at 25°C.

Panasonic HIT modules, which boast an improved output temperature coefficient, will nearly halve the decline in the conversion efficiency, significantly increasing performance in high temperature settings.

Why high-efficiency modules are the best value for installers, homeowners

The combination of the high conversion efficiency with the new temperature characteristics, will increase the conversion efficiency at 75°C by 46 percent in comparison to standard silicon products. When most solar panels are struggling with the increased temperatures during the summer months, Panasonic HIT modules reliably generate power and limit efficiency losses in the heat. Not only that, Panasonic modules come with a 25 year warranty vs the industry standard of 10 year warranty, and guarantees output of 90.76% at the end of the 25th year, which in itself is industry’s best performance guarantee coming from a 100-year-old world leading electronics company.

— Solar Builder magazine