Duster Funeral Home in Tarentum commits to eco-friendly practices ֠TribLIVE

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Source: https://triblive.com/local/valley-news-dispatch/duster-funeral-home-in-tarentum-commits-to-eco-friendly-practices/

https://solarequipmentinstaller.com/duster-funeral-home-in-tarentum-commits-to-eco-friendly-practices-triblive/

The Minnesota Nationwide Guard is in search of designers for a brand new armory in New Ulm ֠West Central Tribune

The $ 17.2 million project will replace a structure more than 100 years old. The start of construction is currently planned for December 2022.

Maj. Adam Riedel, of the watch’s facility management office, said the armory will be “just over 54,000 square feet by the time it is finished.”

Since 2014, the guard has been keeping an eye on the development of a new armory – or a readiness center in military parlance – in New Ulm. At this time, a new field maintenance workshop, separate from the armory, was proposed, the construction of which is planned for this spring.

According to Riedel, both developments are the result of a standard inspection of the security systems.

RELATED: After one of its busiest years, the Minnesota National Guard was once again in the spotlight for the trial of Derek Chauvin

The design of the new armory is expected to last from June this year to next summer. Bids for the construction phase of the project will be accepted from October in accordance with its call for proposals.

The guard already has several ideas for the new armory: one floor of office space, a large assembly hall, a commercial kitchen, a gym with changing room and of course storage space for weapons and other military equipment. Solar power systems, rainwater storage tanks on site and geothermal heating systems are also planned.

75 percent of the funds for the project are provided by the federal government, the rest is financed from state dollars. The guard acquired approximately 30 acres of vacant land to build the armory west of New Ulm near US Route 14.

When the new armory is ready and the guard opens a shop there, the current armory will be offered to local authorities at a “fair market value” before being put on the open market. The guard couldn’t immediately tell what the building would be worth.

The fortress-like armory in downtown New Ulm was built in 1914 and is on the National Register of Historic Places. City manager Chris Dalton said Friday February 12th that it is possible the city could buy the building but that there are currently no firm plans for it.

The field maintenance shop that is replacing the guard could be of greater interest to the city as it could hypothetically be used for municipal vehicle storage.

“It’s a little more conducive to what we’d need as a city,” said Dalton.

The current armory could be an attractive private development project due to its proximity to downtown, according to Dalton.

Contact Matthew Guerry at mguerry@forumcomm.com or 651-321-4314

https://solartimes.org/the-minnesota-nationwide-guard-is-in-search-of-designers-for-a-brand-new-armory-in-new-ulm-west-central-tribune/

Solar / EV Stock News: Solar Integrated Roofing (OTC: $SIRC) Targets First EV Charging Station Acquisition, @SIRCStock ֠InvestorIdeas.com

EL CAJON, Calif. – February 11, 2021 (Investorideas.com Newswire) Breaking Solar / EV stock news from Investorideas.com Newswire and RenewableEnergyStocks.com Solar Integrated Roofing Corp. (OTC: SIRC), an integrated, single-source solar power and roofing systems installation company, announced today that it has signed a binding Letter of Intent (LOI) with Pacific Lighting Management, Inc. (“Pacific Lighting”), a GAAP audited, diversified energy services and electric vehicle charging station solutions provider to large commercial and government customers.

Since 2003, Pacific Lighting has specialized in the design and implementation of solar photovoltaic systems, energy efficiency measures and electric vehicle (EV) charging stations for both commercial and government facilities throughout the southwest. Past Pacific Lighting customers include federal, state and local governments, school districts, hospitals and large commercial clients.

Pacific Lighting has several long-term (IDIQ-type) contracts with the Federal General Services Administration (GSA & GSA Fleet). Pacific Lighting is also qualified by the U.S. Department of Energy as an ESCo (Energy Services Company).

“Our growth over the past 18 years has been phenomenal. Between our resources and existing client base, along with Solar Integrated Roofings resources and solar experience, we feel the combination is going to take both companies to new heights. The entire team at Pacific Lighting is excited to be working so closely with Mr. Massey,” said Ted Hatamian, Chief Executive Officer of Pacific Lightning.

“Pacific Lighting is a highly respected brand and will be a transformative partnership for our company, expanding our opportunities in the significant government contract market,” said David Massey, Chief Executive Officer of Solar Integrated Roofing Corporation. “Their Energy Services Company ESCo qualification is difficult to obtain and is held by just a few dozen large construction companies and a fraction of small businesses, authorizing them to enter into the often large-scale “performance contracts” with federal and local governments. Their strong relationships with government agencies, forged over 18 years of business, represent a unique, valuable opportunity for our growing portfolio of operating companies.

“This cash-flow positive acquisition complements our existing product line with Pacific Lighting’s diverse revenue streams in the energy services market, in particular addressing our recently announcing EV charging station initiative. Additionally, with our full complement of products and services, we can offer their nationwide customers opportunities across solar, battery backup installation, roofing and related HVAC/electrical contracting work. We look forward to adding Pacific Lighting’s services, customers and highly skilled team to our company,” concluded Massey.

Closing of any potential acquisition is subject to final due diligence, negotiation and execution of a definitive purchase agreement and all necessary approvals. Target closing is by our fiscal year end, Feb, 2021.

About Pacific Lighting Management

Founded in 2003, Pacific Lighting & Energy Mgmt. Co. has over a decade of experience in the sales, design and installation of energy generation and energy & water efficiency measures, serving mainly government and large commercial clients. Pacific Lighting is a qualified US-DoE ESCO. We have been performance rated by Dunn & Bradstreet’s OpenRatings. We hold GSA Contracts under Sch. 56 (GS-07F-0167X) offering over 2000 energy efficiency products, and Sch. 84 (GS-07F-0467Y) for FEMP-Enable projects. We hold a BPA (GS-30F-GA083) for the sales of EV Charging equipment to the Federal government, in addition to two similar BPAs (1-14-61-13B & 1-14-61-14D) with the California State. We are a S. Cal. Edison Charge-Ready approved vendor. For more information visit www.pacltg.com.

About Solar Integrated Roofing Corp.

Solar Integrated Roofing Corporation (OTC:SIRC), is an integrated, single-source solar power and roofing systems installation company specializing in commercial and residential properties in the Southern California market. The Company’s broad array of solutions include sales and installation of solar energy systems, battery backup and electric vehicle (EV) charging stations to roofing, HVAC and related electrical contracting work. For more information, please visit the Company’s website at www.solarintegratedroofing.com.

Forward-Looking Statements

Any statements made in this press release which are not historical facts contain certain forward-looking statements; as such term is defined in the Private Security Litigation Reform Act of 1995, concerning potential developments affecting the business, prospects, financial condition and other aspects of the company to which this release pertains. The actual results of the specific items described in this release, and the company’s operations generally, may differ materially from what is projected in such forward-looking statements. Although such statements are based upon the best judgments of management of the company as of the date of this release, significant deviations in magnitude, timing and other factors may result from business risks and uncertainties including, without limitation, the company’s dependence on third parties, general market and economic conditions, technical factors, the availability of outside capital, receipt of revenues and other factors, many of which are beyond the control of the company. The company disclaims any obligation to update the information contained in any forward-looking statement. This press release shall not be deemed a general solicitation.

Investor Relations Contact:

Lucas A. Zimmerman
Senior Vice President
MZ North America
Main: 949-259-4987
SIRC@mzgroup.us
www.mzgroup.us

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Source: https://www.investorideas.com/news/2021/renewable-energy/02111SIRC-EV-Charging-Station.asp

https://solarequipmentinstaller.com/solar-ev-stock-news-solar-integrated-roofing-otc-sirc-targets-first-ev-charging-station-acquisition-sircstock-investorideas-com/

Lights put in on energy strains defend cranes ֠North Platte Telegraph

The aim is to prevent hundreds of cranes, endangered whooping cranes and other birds from being injured or killed by colliding with power lines.

Previous measures have been shown to be around 50% effective, according to Taddicken. These include “fireflies,” the 3 x 5 inch white cards with neon orange and yellow squares in the middle that are attached to power lines around the Rowe Sanctuary.

Two years ago there was a prototype test of the UV light system in Rowe that showed an effective rate of 90% or more, Taddicken said. Therefore, the new system on the two power lines will be examined this migration season to see if this was the case earlier. The result can be confirmed.

Study participants include Rowe Sanctuary and Crane Trust employees and volunteers.

“Participants will go out about an hour before sunset. We have night vision optics. They’ll keep an eye on the (power) lines until around 1am, ”he said.

They will watch out for collisions and how far the cranes were from the power lines when they flare up in preparation for landing. “They’ll be documenting all of the different aspects of powerline behavior,” Taddicken said.

The UV-A light is switched on overnight, but switched off during the day.

“It’s not particularly noticeable to humans. You can see it, but it shows up as a purple light when you look directly at the device, ”Taddicken said. “The cranes will see in the upper UV range, so they see a lot brighter than we do.”

https://solartimes.org/lights-put-in-on-energy-strains-defend-cranes-north-platte-telegraph/

Utility-scale batteries and pumped storage return about 80% of the electricity they store ֠Today in Energy ֠US Energy Information Administration ֠EIA

February 12, 2021 monthly round-trip efficiency


Electric energy storage is becoming more important to the energy industry as the share of intermittent generating technologies, such as wind and solar, in the electricity mix increases. Electric energy storage helps to meet fluctuating demand, which is why it is often paired with intermittent sources. Storage technologies include batteries and pumped-storage hydropower, which capture energy and store it for later use. Storage metrics can help us understand the value of the technology. Round-trip efficiency is the percentage of electricity put into storage that is later retrieved. The higher the round-trip efficiency, the less energy is lost in the storage process. According to data from the U.S. Energy Information Administration (EIA), in 2019, the U.S. utility-scale battery fleet operated with an average monthly round-trip efficiency of 82%, and pumped-storage facilities operated with an average monthly round-trip efficiency of 79%.

EIA’s Power Plant Operations Report provides data on utility-scale energy storage, including the monthly electricity consumption and gross electric generation of energy storage assets, which can be used to calculate round-trip efficiency. The metrics reviewed here use the finalized data from the Power Plant Operations Report for 2019—the most recent year for which a full set of storage data is available.

monthly round-trip efficiency


Pumped-storage facilities are the largest energy storage resource in the United States. The facilities collectively account for 21.9 gigawatts (GW) of capacity and for 92% of the country’s total energy storage capacity as of November 2020.

In recent years, utility-scale battery capacity has grown rapidly as battery costs have decreased. As batteries have been increasingly paired with renewables, they have become the second-largest source of electricity storage. As of November 20, 2020, utility-scale battery capacity had 1.4 GW of operational capacity. Another 4.0 GW of battery capacity is scheduled to come online in 2021, according to EIA’s Preliminary Electric Generator Inventory.

Although battery storage has slightly higher round-trip efficiency than pumped storage, pumped-storage facilities typically operate at utilization factors that are currently twice as high as batteries. Increasing durations among battery applications could shift battery operations toward services that reward longer output periods. For example, in 2015, the weighted average battery duration was a little more than 46 minutes, but by 2019, weighted average battery durations had doubled to 1.5 hours. The role of batteries and their capability to provide high levels of round-trip efficiency may become more important as batteries continue to be deployed and as the intermittent renewables share of the electricity mix grows.

Principal contributor: Alex Mey

Source: https://www.eia.gov/todayinenergy/detail.php?id=46756

https://solarequipmentinstaller.com/utility-scale-batteries-and-pumped-storage-return-about-80-of-the-electricity-they-store-today-in-energy-us-energy-information-administration-eia/

House Utilities Committee Approves Bill Establishing Statewide Standards for Wind, Solar Sites ֠Indiana Environmental Reporter

Renewable energy, like wind and solar power, is on the rise in the U.S., spurring investment and a further expansion of renewable sites across the nation, including Indiana. But local opposition in pockets of the state threatens to derail renewable projects and future investments, potentially leaving the state out of a national renewable energy boom.

Lawmakers in the Indiana House Utilities, Energy and Telecommunications Committee are trying to counter that opposition, passing a bill that establishes statewide baseline regulations for solar and wind energy production systems.

House Bill 1381 creates “default” standards limiting where solar and wind systems can be installed and under what conditions, as well as limits on shadow flicker, sound limits, landscape buffers and other nuisance factors that have led to the energy sources being banned or heavily regulated in more than a third of the state’s counties.

The bill takes away the power of local governments to establish regulations that are more restrictive than the proposed “default” standards.

Rep. Ed Soliday, the bill’s author, said the bill was not an environmental statement, but necessary to meet the state’s demand for renewable energy from sources here in Indiana.

“There is a significant market for renewable energy. The state of Indiana, on some days, is buying almost 80% of our electricity from out of state,” Soliday said at the committee hearing. “You’ll hear from our 22 largest manufacturers. They all want renewable energy, and they’re going to get it. They’re going to get it either by buying it from other folks and paying the transmission costs, or we’re going to generate some of it.”

Fossil fuels are still king in the U.S., making up about 80% of the total energy used in the U.S., but renewable energy demand is rising.

Solar energy consumption more than (linkL https://www.eia.gov/renewable/ text: doubled popup:yes) between 2015 and 2018, and wind power increased by nearly 30% in that same time span.

Some former fossil fuel giants, like BP, project most energy in the world will come from renewable energy sources by the early 2040s. The company has bet its future on that projection, investing $12 billion in renewables by 2030.

Indiana is currently not positioned to take part in the renewable energy production boom. A vast majority of the energy the state produces is powered by coal and natural gas, fossil fuels that emit a huge amount of greenhouse gases.

Soliday said the state’s energy grid is not prepared to withstand increased renewable energy production.

“The grid can only take currently about 30% renewable. The state’s at about 7%. Once we get to 40%, the grid becomes unstable. We’re aware of that. We know it. We’re trying to find something that works for everyone,” he said.

Representatives from companies planning renewable energy projects in the state said they support the bill, which would allow the state to take a more active role in the permitting process for renewables.

“Indiana has, until now, left its renewable energy future up to a disjointed patchwork of local government regulation,” Will Eberle, director of government relations and external affairs for RWE Renewables testified to the committee. “We’ve already seen those regulations destroy more than $5.5 billion worth of investment across the state. Now, we’ve seen counties pass ordinances designed to stop solar as well as the wind that’s already been stopped. This leaves Indiana as a uniquely unfriendly place to do business for our industry.”

RWE Renewables recently canceled a $600 million project that would have produced 400 megawatts of power in Gibson and Posey Counties after a “small but loud group of opponents” convinced local officials to change zoning ordinances that would affect the project, like prohibiting turbines closer than two miles from towns, schools, hospitals and other buildings.

The ordinance was later repealed, but only after the company decided to pull the project.

Similar situations happened in Cass, Miami and other counties around the state. Some counties, like Tippecanoe County, adopted anti-wind ordinances preemptively.

Those ordinances are often supported by vocal anti-wind groups, some of which have ties to the fossil fuel industry.

One opponent of wind turbine installation, Jennifer Miller, testified about why she believed the legislation should not go forward.

“You’ve been led to believe that wind and solar are the panacea to our environmental problems. The sun and the air are free, right? Fact: the cost of producing energy from wind and solar is staggering, both in terms of what ratepayers will absorb and the cost to the environment,” she testified.

Opponents of renewable energy systems have a multitude of concerns about renewable energy projects, especially wind. While some, like the deadliness of wind turbines to birds or their carcinogenicity, are plain wrong, some of their environmental concerns have yet to be answered, like the ultimate fate of turbine blades and solar panels.

Local government representatives argued that the bill takes power away from local governments, which are be better positioned to listen to the needs of their constituents than state-level legislators.

“The [Indiana Utility Regulatory Commission] is not a substitute for the board of commissioners. They’re not an elected body. And the commissioners are, as you’ve heard in testimony, uniquely positioned to hear these issues and work through these economic development agreements and work through these issues at the local level,” said Jake German, an attorney representing the Indiana Association of County Commissioners.

Besides siting requirements, the bill also features a vegetation stipulation for commercial solar energy systems. Solar systems must include perennial vegetated ground cover under and around solar panels. The use of pollinator seed mixes in the ground cover is also suggested in the bill.

Environmental groups said this part of the bill could have a positive cumulative effect.

“Over the course of this decade, Indiana is poised to attract 8,500 MW in solar energy investment,” Jesse Kharbanda, executive director of the Hoosier Environmental Council told the Indiana Environmental Reporter. “That translates into at least 42,500 acres on which these solar farms will be built. What is grown underneath these solar farms matters a lot to Indiana in terms of soil & water conservation, pollination of nearby fruits and vegetables, stormwater control, creation of landscapes that beautify our rural areas, and attraction of songbirds, bees, and other pollinators.”

The bill now heads to the full House of Representatives for consideration.

Source: https://www.indianaenvironmentalreporter.org/posts/house-utilities-committee-approves-bill-establishing-statewide-standards-for-wind-solar-sites

https://solarequipmentinstaller.com/house-utilities-committee-approves-bill-establishing-statewide-standards-for-wind-solar-sites-indiana-environmental-reporter/

Solar Inverters for PV Pumps Market Dimension, Share, Standing and Forecasts 2020-2025 ֠Enterprise-newsupdate.com

Solar Inverters for PV Pumps Market Size, Share, Status and Forecasts 2020-2025

The Solar Inverter For PV Pumps Market report provides a detailed study of evaluating the industry in terms of competitive players, recent advances, regional analysis, emerging trends, and current end-user tendencies. The report also covers the market size, share, growth rate, revenue, and CAGR of solar inverters for PV pumps previously reported along with the forecast estimate. The report also includes the performance in terms of revenue influence from different segments. It includes an in-depth analysis of the key factors influencing the sales growth of the Solar Inverter for PV Pump Market.

The report on Solar Inverter for PV Pumps market analyzes key growth factors, restraints, and opportunities affecting the market outlook in the coming years. According to the research document, the market is expected to generate significant revenue while registering a CAGR of XX% over the estimated time period (20XX-20XX).

The study provides detailed information on the impact of COVID-19 on the growth of the solar inverters for PV pumps market. With the perennial pandemic, strict lockdown measures have held back revenue from several industries and will continue to have an impact even after the economy rejuvenates. Most companies in various industries have revised their budget plans a bit to restore profit history for the years to come.

Request a sample copy of this report @ https://www.business-newsupdate.com/request-sample/21400

Our in-depth assessment of this business area enables you to create a plan of action to navigate through market uncertainty and create versatile contingency plans to stay one step ahead of the competition. Additionally, the report provides a detailed analysis of the various market segmentations as well as the competitive scenario of this business area.

Key Aspects of the Solar Inverter for PV Pumps Market Report:

  • Effect of the COVID-19 pandemic on the growth catalysts.
  • Insights into sales volume, revenue, and overall market size.
  • In-depth analysis of the most important industry trends.
  • Growth opportunities.
  • Expected growth rate.
  • Advantages and disadvantages in relation to the direct and indirect sales channels.
  • Compilation of the most important dealers, dealers and distributors in the industry.

Solar Inverter For PV Pumps Market Segments Included In The Report:

Regional segmentation: North America, Europe, Asia-Pacific, South America, Middle East, and Africa.

  • Market analysis of each region as well as their respective countries.
  • The total sales, the returns achieved and the market share of the individual regions.
  • Sales estimates and growth rate forecasts for each region over the forecast period.

Product types:

  • 0-20 KW
  • 20-200KW and 200KW-5000KW
  • Market share forecast based on sales and revenue generated by each product type.
  • Pricing model for each product type.

Application spectrum:

  • PV system for residential roofs
  • Commercial building roof PV system and geothermal PV power plant
  • Revenue and revenue are accumulated from each application during the analysis period.
  • Pricing of all listed products in relation to their application range.

Competition outlook:

  • Sungrow power
  • Chint power
  • SiNENG
  • Huawei
  • EAST
  • TBEA
  • Samil Power
  • Kehua Hengshen
  • KSTAR
  • delta
  • GoodWe
  • Northern Electric & Power Inc.
  • Growatt
  • Omnik New Energy
  • SAJ
  • Shenzhen INVT
  • JFY Tech.
  • AP systems
  • GinLong
  • Grandglow
  • KACO
  • Secondary school
  • AEG Power Solutions
  • Tabuchi
  • Ingeteam
  • TMEIC
  • Fronius
  • FIG
  • Schneider Electric and Omron
  • General information, production facilities and competitors of each company.
  • Products and services from leading companies.
  • Market share, gross margin, sales share, price structure and sales volume of each competitor.
  • SWOT analysis of all companies named in the report.
  • A summary of the commercialization matrix, market concentration rate and strategies, and other business-oriented issues.

Reasons Why You Should Buy This Report

  • Understand the present and future of the Solar Inverter for PV Pump Market in both developed and emerging markets.
  • The report helps realign business strategies by highlighting Solar Inverter for PV Pump’s business priorities.
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  • Forecasts for the fastest growing regions.
  • The latest developments in solar inverters for the PV pump industry, plus details on the industry leaders along with their market share and strategies.
  • Saves time on entry-level research as the report provides vital information on growth, size, leading players and segments in the industry.
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Request a customization for this report @ https://www.business-newsupdate.com/request-for-customization/21400

https://solartimes.org/solar-inverters-for-pv-pumps-market-dimension-share-standing-and-forecasts-2020-2025-enterprise-newsupdate-com/

ENPH: 3 Solar Stocks Outperforming SolarEdge Technologies YTD ֠StockNews.com

SolarEdge Technologies (SEDG) is one of the most prominent solar companies. However, those who delve deeper into the solar industry will find there are several other stocks worthy of their investing dollars.

The entire solar industry has the potential to continue blossoming in ’21 following a spectacular ’20. A handful of the industry’s stocks stand out from the rest. Zero in on these solar industry superstars instead of going all-in on SEDG and your portfolio will be that much more diversified within this growing sector.

Below, we provide insight into solar industry stocks outperforming SEDG year-to-date. Every investor should consider adding Enphase Energy (ENPH), Sunrun (RUN), and JinkoSolar (JKS) to his or her portfolio.

Enphase Energy (ENPH)

Though SEDG increased from $311 to $319 to start the new year, ENPH is performing even better. ENPH started the year at $172.24. The stock is currently trading at $202. ENPH is a worldwide solar company that provides energy management solutions with high-tech solutions. ENPH has already shipped more than two million microinverters. More than a million of the company’s residential and commercial systems have been put into use across more than 130 countries.

ENPH is ranked 5th out of 17 stocks in the Solar industry. If you would like to find out more about the Solar industry, click here. Though ENPH’s forward P/E ratio is 105, the stock is still trading about $27 below its 52-week high of $229.04. ENPH recently beat Q4 earnings, coming in at 51 cents per share with sales of $264.8 million as opposed to the analysts’ expectations of 40 cents per share on sales of $254.8 million. The jump in sales represents a hike of more than 25% on a year over year basis. For the entire year, ENPH sales were up 24%.

If everything goes as planned, ENPH will enjoy revenue growth of over 41% in the first quarter of ’21 as compared to that of the first quarter of ’20. Add in the fact that ENPH announced it will extend its partnership with Solar Optimum for energy storage purposes and ENPH investors have all the more reason to be bullish as the deal indicates ENPH is actively looking to diversify its revenue streams.

Sunrun (RUN)

Run started the new year at $69.98 and is now trading at $78.08. The analysts paint a rosy picture for SUN, setting an average price target of $82.62 for the stock. If RUN hits this target, the stock will have increased by nearly 10%. RUN has a fairly high forward P/E Ratio of 270 yet it is still trading well below its 52-week high of $100.93.

RUN makes money by financing residential solar systems in the United States. RUN installs solar systems through investment from corporations, providing those companies with tax breaks. RUN profits from each installation and also make money through monthly payment collections. The result is a win-win-win for RUN, the company’s customers, and its corporate partners who receive a sizable tax break by going through RUN.

If the Biden administration puts the transition to renewable energy into high gear, RUN has the potential to double in size within the next three years. Add in the fact that falling interest rates are helping RUN finance even more solar system installations across the long haul at lower costs and there is even more reason to be optimistic for the company’s prospects moving forward.

JinkoSolar (JKS)

JKS is the world’s top solar panel manufacturer. The company launched as a wafer manufacturer back in ’06, before the point at which it became a publicly-traded company.

JKS is ranked 4th out of 17 stocks in the Solar space. Investors who would like to learn more about the solar industry can do so by clicking here. While many other solar industry stocks are trading at a forward P/E ratio above 100, JKS is comparably affordable, with a forward P/E ratio of an attractive 18.39.

JKS is currently trading well below its 52-week high ceiling of $90.20. The future looks bright for JKS as its margins have been improving over the past couple of years. JKS leadership deserves credit for reducing costs while expanding profit margins, ultimately setting the stage for JKS to have a truly spectacular year ahead.


ENPH shares were trading at $205.70 per share on Thursday morning, up $3.63 (+1.80%). Year-to-date, ENPH has gained 17.23%, versus a 4.57% rise in the benchmark S&P 500 index during the same period.

Want More Great Investing Ideas?

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About the Author: Patrick Ryan

Patrick Ryan has more than a dozen years of investing experience with a focus on information technology, consumer and entertainment sectors. In addition to working for StockNews, Patrick has also written for Wealth Authority and Fallon Wealth Management. More

More Resources for the Stocks in this Article

Source: https://stocknews.com/news/enph-sedg-run-jks-3-solar-stocks-outperforming-solaredge-technologies-ytd/

https://solarequipmentinstaller.com/enph-3-solar-stocks-outperforming-solaredge-technologies-ytd-stocknews-com/

Solar Cell Body Machine Market Outlook to 2025 by Software ֠Enterprise-newsupdate.com

Outlook of the Solar Cell Framing Machine Market to 2025 by Application, End-User, and Geography

The report aims to provide a clear picture of the current scenario and future growth of the global Solar Cell Frame Machine Market. The report provides careful analysis of the global market by thoroughly studying various factors of the Solar Cell Framing Machine Market such as: B. important segments, regional market conditions, market dynamics, investment ability and important market participants. In addition, the report provides sharp insights into current and upcoming trends and developments in the global solar cell frame machine market.

The main focus of the research report on Solar Cell Framing Machines Market is to provide insights into the performance of this business area in the years to come to assist stakeholders in making informed decisions. The document provides precise details on the key trends, as well as the ways and means of exploring them for high returns. Additionally, it provides in-depth discussions of the challenges the industry is facing and helps develop strategies to limit their impact. Additionally, the study includes a comprehensive assessment of the COVID-19 pandemic and its impact on the industry.

Important highlights of the Covid-19 impact analysis:

  • Global economic and corporate impact of the COVID-19 pandemic.
  • Fluctuations in the share of supply and demand.
  • Predictions for the long-term effects of COVID-19 on the growth matrix.

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An overview of the regional landscape:

  • By region, the solar cell frame machine market is divided into North America, Europe, Asia Pacific, Middle East and Africa, South America.
  • The document explains the regional contribution to overall market growth.
  • Sales, revenue and growth rate of each regional market are discussed in detail.

Other Key Findings From The Solar Cell Framing Machines Market Report:

  • The research literature classifies the product range of the Solar Cell Frame Machine market into several segments, including Type 1, Type 2 and Type 3.
  • Sales and volume estimates for each product are provided.
  • Information on market share, production patterns and growth rate of the individual product types in the forecast period are also included.
  • In terms of scope, the solar cell frame machine market is fragmented Application 1, Application 2 and Application 3.
  • Forecasts of the growth rate and market share of the individual application segments during the analysis period are explained in the report.
  • Among the companies defining the competitive landscape of the Solar Cell Framing Machine Market are Loccioni, SFA Engineering, KUKA Systems, Manhope Solar, GT Advanced Technologies, MAS Automation, Kenmec Group, Radiation Automation Equipment, Boostsolar PV, Suzhou Dasen, Olbricht, Gorosabel Solarenergie, P.Energy, Hind High Vacuum, Ingenious Power, Jinan Xinwuyue, Experia , Ecoprogetti, MOA Engineering, Sungrace, ASM Pacific Technology, solar equipment from Suzhou Shengcheng and Benfituser.
  • All of the listed participants are assessed based on their production patterns, their product and service portfolio, their gross margins, their market compensation and their market share.
  • Key competitive trends and their impact on businesses are carefully analyzed in the report.
  • A detailed analysis of the industry’s supply chain with details on top manufacturers, suppliers and consumers is highlighted.
  • The study also includes Porter’s SWOT analysis and Five Forces analysis tools to determine the feasibility of a new project.

Aims of the study

  • Define, describe and segment the global Solar Cell Framing Machines Market by type, function, application and region.
  • Providing detailed information on the key factors influencing market growth (drivers, restraints, opportunities and industry-specific challenges)
  • Estimate the size of the global Solar Cell Framing Machine Market in terms of value.
  • To study the individual growth trends of the providers of the global market for solar cell panel framing machines, their future extensions and analysis of their market contributions
  • Strategic analysis of micro-markets with regard to individual growth trends, future prospects and contributions to the overall market covered by the global solar cell frame machines market and various regions.
  • Tracking and analyzing competitive developments such as joint ventures, mergers and acquisitions, and product launches in the global solar cell panel framing machine market.
  • Strategic profiling of the most important market participants and comprehensive analysis of their market position and core competencies

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https://solartimes.org/solar-cell-body-machine-market-outlook-to-2025-by-software-enterprise-newsupdate-com/

Nautilus chooses Hansen software for community solar project management

Hansen Technologies announced that Nautilus Solar Energy has selected Hansen CIS and Hansen Managed Services as a software and operational solution partner, as Nautilus Solar rapidly expands its community solar footprint. With this transaction, Hansen will become a designated Nautilus Solar operational partner and will provide support for Nautilus’s ongoing solar project management activities.

Under the terms of this agreement, Hansen CIS will enable Nautilus Solar to manage and expand its activities quickly, by focusing on its back-office operations. Initially covering Nautilus Solar’s community solar project operations in Maine and New York, the scope could expand to cover other markets which will drive further economies of scale and revenue expansion.

Nautilus Solar has acquired, developed, financed, operated and managed distributed large-scale solar projects for more than 14 years.

“At Nautilus Solar, we were attracted by Hansen’s proven ability to operate in the energy market at scale,” said Jim Rice, co-founder and co-CEO of Nautilus Solar. “As a public company, Hansen stands apart through the breadth and depth of its expertise. We are eyeing more expansion within the next few years and are confident that Hansen’s experience operating in diverse markets across the United States will prove to be an important asset enabling our future growth.”

“We are pleased to partner with Nautilus Solar during what is truly an exciting time for the company and the industry in North America,” said John May, CEO, Americas at Hansen Technologies. “With Hansen’s operational foundation, Nautilus Solar is free to concentrate on continuing to grow its community solar portfolio. The solution will further enable Nautilus to control their brand and own their end-customer experience while providing the necessary data visibility to effectively manage and optimize their business and various community solar projects. The future is one where renewables, notably solar power, will become more mainstream and we could not be more proud to be part of Nautilus Solar’s community solar initiatives.”

Hansen CIS is a purpose-built customer information software solution for the energy and utilities sector, including emerging community solar operators. The software is designed to handle every aspect of the customer life cycle using open architecture, an understanding of local regulations and technology standards to speed integration with business and operational systems. Hansen CIS architecture is based on standardized technology enhanced by a modular approach and an open-API library. The product is offered in various global markets and caters to energy and utilities companies operating in competitive and regulated markets.

News item from Hansen Technologies

https://solarenergycanada.org/nautilus-chooses-hansen-software-for-community-solar-project-management/

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