Thứ Năm, 28 tháng 5, 2020

Sungrow Receives UL Compliance Certificate for North American Market

Sungrow, a global supplier of inverter solutions in the renewables market, says the company’s ST556kWh-250UD energy storage system (ESS) has received the UL9540 certificate issued by TÜV Rheinland for the North American C&I energy storage market. 

Receiving UL’s certification demonstrates that Sungrow’s ESS solution meets the comprehensive requirements in system safety and compliance.

As one of the world’s largest energy storage markets, North America holds rigid standards for energy storage systems. The ESS ST556kWh-250UD is in compliance with UL9540, UL9540A and the updated National Fire Protection Association (NFPA) criteria NFPA 855 and NFPA 70. 

“The UL9540 certified solution ST556kWh-250UD has a compact design, a small footprint and an optimized thermal performance,” says Hank Wang, president of Sungrow America. 

“We are delighted to bring our technology to the North American storage market and bundle it with comprehensive technical support, sales and after-sales services,” he adds.

Equipped with 556 kWh of Samsung SDI Mega E3 lithium batteries, the system can achieve higher power densities and reduces operating costs. The E-stop function enables arc protection for better safety management. Housed in an outdoor cabinet, the PCS and batteries are designed compartmentally. 

The battery compartment integrates HVAC overhead to guarantee that the battery works at a constant ambient temperature, ensuring longer battery life and safety. With an anti-corrosion capacity of C5, the system is resilient to harsh conditions, like coastal and high-pollution industrial areas.

Photo: Sungrow’s Storage System web page

The post Sungrow Receives UL Compliance Certificate for North American Market appeared first on Solar Industry.


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Final call for feedback on EU rules for renewables financing

European citizens and stakeholders have until midnight June 3 to comment on a set of draft EU rules for a new financing mechanism that would enable member states to finance renewable energy projects in other member states as a way of reaching their 2030 renewable targets.

The growth of renewables has been uneven across the 28 EU member states and while some nations reached their binding 2020 targets several years ago, others are lagging behind.

The potential for large-scale renewables deployment varies significantly from one member state to another, depending on factors such as availability of land and resources. The financing mechanism under the Renewable Energy Directive has to some extent taken this into account, as the rules allow for both statistical transfers and joint projects.

Green finance

Throughout Q2 2020, pv magazine is diving deep into the topic of green finance and what it means for solar industry players, as a part of its UP sustainability initiative. Stay tuned and get involved!

For example, Luxemburg has signed agreements with both Lithuania and Estonia whereby excess electricity produced in the latter two nations will count towards Luxembourg’s renewables target. In return, Luxemburg must transfer payments to Lithuania and Estonia that are spent on financing green energy projects. Financing projects in another member state to allow for physical imports of renewable electricity is also an option, as seen with the cross-border pilot auction for PV installations between Germany and Denmark that was launched in 2016.

However, the European Commission has drafted a new set of rules which takes bilateral financing a step further by allowing member states to finance projects in another member state as a way of reaching the 2030 renewables target. The new rules are expected to take effect by the beginning of next year. The four-week consultation period allows citizens and stakeholders to comment on the draft rules before they are finalized and implemented into Renewable Energy Directive.

Closing the gap

It remains to be seen exactly how the new mechanism will pan out in practice. However, it appears likely that at least some member states will see it as a useful tool to close the gap towards their national targets and the EU’s collective target of at least 32% renewables in final energy consumption by 2030. In 2018, renewables accounted for 18% of final energy consumption in the EU bloc, slightly lower than the 2020 target of 20%, according to Eurostat data. However, the data reveals large differences between member states. Sweden had the highest share with 54.6% followed by Finland and Latvia at 41.2% and 40.3%. By contrast, the Netherlands and Belgium only had a share of 9.4% and 7.4% renewables, respectively.

To this end, the Dutch 10-year national energy and climate plan submitted to the European Commission says the Netherlands will work with the countries in the Pentalateral Energy Forum – Belgium, France, Germany, Luxembourg and Austria – with the aim of increasing the use of cross-border cooperation in renewable energy.  The new financing mechanism also offers an opportunity for wealthier nations to fund projects in less affluent nations that boast big potential for renewables growth, as already illustrated by Luxembourg’s agreements with Lithuania and Estonia.

EU commissioner for Energy, Kadri Simson, noted that the mechanism could be especially relevant for stimulating the economy in nations hard-hit by the Covid-19 pandemic.

For the member state hosting a project, the advantage is that it receives additional investment boosting local employment, lower CO2 emissions, improved air quality and reduced dependency on fossil fuel imports.

For the contributing member states, the mechanism should offer them “the possibility to receive renewable energy attribution for each euro paid, benefit from cost savings and cheap renewable energy potential across sectors as compared to purely national deployment of renewable energy sources and benefit from low transaction costs,” the draft rules says.

The commission noted that there is no direct link or negotiation between the host nation and the nation contributing financially as the “commission runs the process and allocates the statistics.”

Parties interested in providing feedback on the draft rules can follow this link: https://ec.europa.eu/info/law/better-regulation/have-your-say/initiatives/12369-Union-renewable-Financing-mechanism

By Andreas Walstad


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This virtual power plant demo in Louisiana tests a cool, new solar, storage platform

simpliphi VPP

Heila Technologies is deploying intelligent energy storage+solar systems at a demonstration project in Shreveport, La., using SimpliPhi Power technology, with the support of Southwestern Electric Power Co. (SWEPCO), an American Electric Power (AEP) company. The demo will aggregate distributed energy resources and empower SWEPCO to manage these assets as an optimized fleet.

This project will serve as a model for other stakeholders who are interested in the benefits of decentralized energy generation and storage working as a virtual power plant.

“Behind-the-meter energy storage is a cost-effective way to help utilities and customers alike manage their electricity usage with the security of knowing they have access to stored energy that can be seamlessly integrated into the grid or islanded during power outages” said SimpliPhi Power CEO Catherine Von Burg.

Under a single platform, SWEPCO will be able to leverage the storage+solar systems to correct power factor, perform peak shaving, and manage overall energy supply, all while improving customer resiliency.

Building resiliency for utility customers using renewable power generation plus storage will be key as the Southeast United States continues to see an increase in extreme weather events due to the impacts of climate change.

“The Heila Platform is able to sense changes across all connected components and make the system holistically and automatically respond to the changing conditions of the electrical grid,” noted Heila’s Senior Engineer and Co-Founder, Jorge Elizondo.

Get to Know OMCO Solar
OMCO Solar is a manufacturer of solar racking and tracker systems. OMCO offers two fixed-tilt systems, Field-Fast™ and Choice™, as well as its OMCO ORIGIN™ Single-Axis Tracker. Learn more at omcosolar.com

System specs and operation

The SimpliPhi+Heila solution, consists of PHI 3.8 kWh batteries, inverter(s), and a Heila EDGE controller which acts as a Battery Management System (BMS) and an Energy Management System (EMS). Any and all distributed energy resources (DERs) controlled by a Heila EDGE in a system are then aggregated and optimized to form a distributed intelligent network that can be used by any central controller, ADMS or SCADA to control the fleet as a single entity using common protocols.

The PHI batteries measure and report voltage, current and temperatures, and perform useful calculations to determine real-time battery state of charge (SoC), state of health (SoH) and fault detection. Heila is programmed to operate the PHI battery units in either grid-connected or off-grid mode, and manage transitions between modes, enabling full control of the flow of real and reactive power to and from the grid, load curtailment, and more.

The utility or grid operator can set performance objectives at the aggregate level, rather than on a DER-by-DER basis and collect real-time and historical data from all systems to streamline grid operations.

-- Solar Builder magazine


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How to deliver solar safely (and successfully) during COVID-19

Asset-Management-Hero

In any scenario, the construction phase of a solar energy project brings with it a slew of logistical challenges and decision points for the delivery team. During the COVID-19 crisis, that list has understandably grown. COVID-19 has impacted all aspects of construction, both administrative and in the field. Where solar construction activities have been allowed to continue, thinking about and planning for procurement, permits and interconnection, host considerations, construction on site, and commissioning are all key to minimizing project delays.

Below are a few considerations to keep in mind during COVID-19 to help maintain schedules while implementing protocols that minimize safety risks for those involved. Note that this list of considerations is non-exhaustive, but it provides some of the most pertinent concerns the Sol Systems team looks to address.

Procuring equipment

Procurement can be a challenge because once a purchase order is issued, there is not much a buyer can control. Despite needs and changes that arise on the developers’ end, manufacturers almost always run on their own schedules. However, the buyer (in most cases the contractor building the PV system) can ask several questions to better understand timing for material delivery. There are two important questions to ask of manufacturers.

1. Where is the material coming from?
2. At what capacity are plants running?

Responses to these key questions will provide the buyer with a sense of expectations for delivery. Material coming from overseas raises a red flag, as it may not be allowed to enter the Unites States. If plants are only operational at a certain percentage, the plant may be backlogged and material delays may be expected. The manufacturer should provide expected timelines for deliveries and provide feedback when delays are expected, but it is the responsibility of the buyer to check in on these constantly to adjust plans and have alternatives if delays are expected.

Utilities and AHJs

COVID-19 has caused a great deal of uncertainty around Authorities Having Jurisdiction (AHJs), the county or local offices that review and approve designs/applications for project permits, and utilities.

States and localities have approached COVID-19 in varying forms: reduced hours, reduced personnel, or closures. It is the contractor’s responsibility to know if the local AHJ is operational. If so, at what capacity is the AHJ operating? The AHJ’s availability will determine if permit applications will be reviewed and approved in a timely manner, therefore maintaining the project schedule.

As projects near completion, AHJ inspections are required. Are inspectors willing to go on site and if so, are there special considerations for in-person visits like safety masks and gloves, requirement for reduced personnel on site, restricted times and dates for visits? A project cannot close until the project receives the final sign-off from the AHJ inspector. Contractors must accommodate these needs.

Get to Know OMCO Solar
OMCO Solar is a manufacturer of solar racking and tracker systems. OMCO offers two fixed-tilt systems, Field-Fast™ and Choice™, as well as its OMCO ORIGIN™ Single-Axis Tracker. Learn more at omcosolar.com

Utility considerations are similar. Utilities remain operational because they are essential businesses, but COVID-19 may be affecting their solar operations. Are they allowing teams to go on site for system interconnections, witness testing, and installation of net metering (where applicable), or are restrictions in place? An interconnection, especially at a facility that operates full time, requires coordination between multiple parties. Understanding where the utility stands on this topic will minimize delays. Lastly, how does an interconnection or meter swap scope differ for activities inside buildings versus outside? It is the contractor’s responsibility to ask these questions in advance and prepare.

Hosts

Another important consideration is the system host. Whether the PV system is a ground mount, a canopy, or a rooftop, the contractor must understand the host’s requirements. Is the host allowing construction at its site? If the host is allowing construction, has that party issued special considerations or protocols to take while on site? For example, they may require temperature checks and sanitizing stations, limiting the number of construction employees allowed on site, and limiting or restricting deliveries to the site.

These protocols impact construction activities and contractors must find ways to accommodate these into the schedule. A limitation on the number of deliveries allowed on site may require an adjustment in the sequence of activities. Close communication with the host to coordinate these activities is essential to project success.

Construction

Understanding the external variables around construction is only a part of the planning phase. Once the construction team is ready to go on site or resume its activities, there are several considerations to take into account. Are there activities that require close contact with others, for example module installation and racking torqueing? If so, how should these activities be treated to ensure everyone’s safety?

The contractor should consider taking additional safety precautions such as morning and evening safety check-ins, staggering lunches, requiring the use of masks and gloves, requiring each employee to have and use its own tools, and requiring each employee to clean machinery like lulls and cranes after each use. Nothing should come before the safety of workers.

Commissioning and testing

The last phase of construction is commissioning and testing. While some contractors perform this in-house, others require third parties to perform testing. If so, is the preferred testing company willing to have their employees travel to the site? These same questions are applicable for manufacturer commissioning. Are there company travel restrictions preventing or delaying personnel from performing these activities? The contractor must consider how this impacts the schedule and plan for alternatives, like hiring a certified third-party commissioner who is available and willing to travel to the site.

In these uncertain times, solar energy contractors are responsible for ensuring the safety of their teams and all those who visit their project sites, while maintaining the agreed upon construction schedule and adhering to host, utility, and AHJ requirements. Clear communication, attention to detail, proper precautions, and keeping up with evolving health recommendations can ensure clean energy is put into the ground today safely and successfully.

Sintia Torres is DG Project Manager for Sol Systems.

-- Solar Builder magazine


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REsurety launches REmap weather and power market data tool for renewables

A new information services product that harnesses a massive project performance dataset and suite of financial analytics that industry leaders use to make long-term asset and contract decisions for wind and solar energy has revealed that the low energy demand during the coronavirus shutdown, combined with low natural gas prices and high renewable generation, has…

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Standard Solar develops 2.7-MW solar tracker system on Maryland farm

The Fritz Family Farms in New Windsor, Maryland recently partnered with Standard Solar, a solar energy company specializing in the development, funding and operations of solar electric systems nationwide, on a 2.7-MW solar array on 12 acres of their 400-acre grain, hay and cattle farm. “This project provides economic benefit to the landowner, operator and…

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Treasury confirms safe harbor provisions for solar ITC will be extended until Oct. 15

New guidance from the Treasury Department confirms that the safe harbor provisions for the solar Investment Tax Credit will be extended until October 15, 2020, as a result of the pandemic, giving solar companies more time to qualify for the important credit. The Treasury’s decision was in response to a request from a bipartisan group…

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