Cheap Solar Panels Mon, 21 Jun 2021 23:52:09 +0000 en-US hourly 1 Cheap Solar Panels 32 32 New solar panels at Hamilton Elementary School, another big step in school sustainability | Education Mon, 21 Jun 2021 23:30:00 +0000

Support local journalism

Your membership makes our reporting possible.


During the open house, which featured solar energy and sustainability themed activities, community members were able to tour the rooftop where officials answered questions about the power of the panels and s ‘they could take a stray kick (they can).

This new project is just one more part of a lasting effort at schools in La Crosse, officials said. Hamilton-SOTA I director Ben Burns said things like solar panels and the edible forest are examples of promoting sustainability for the next generation.

Almost 300 solar panels have been installed on the roof of Hamilton Elementary School on Seventh Street. The panels will help power just under half of the building and are expected to save the school district over $ 225,000 in energy costs.

Olivia Herken, La Crosse Tribune

“We think these are the kinds of things, unique opportunities, that not only are we always looking for to help complete holistic education, but also the types of opportunities that are really found in abundance in this community. really think La Crosse community is fantastic in making these types of opportunities happen for the community, but especially for the kids, ”Burns said.

“One of the things that is so unique is that we can take some of these abstract concepts of renewable energy and we can make them tangible, real, accessible, tactile for our children,” said the associate superintendent. Troy Harcey. “We now have data on hand to take science concepts and math concepts and our teachers will make it come to life, live renewable energy, excite kids to what can be and possibilities. And we’re going to be able to do it right. here on site, on our roof – a space that we didn’t necessarily use for educational purposes in the past. “

Source link

]]> 0
Styrian Grand Prix 2021: time, TV channel, live broadcast Mon, 21 Jun 2021 22:59:01 +0000

As in the summer of 2020, Formula 1 is heading for the Austrian hills for consecutive races in the Red bull Ring.

Max Verstappen and co will head to their home race in high spirits after Red Bull clinched three straight wins last time at Paul Ricard in spectacular fashion.

They will be looking for a third victory in four years on this circuit to really assert their dominance in the two title fights and build their lead.

They might be in enemy territory, but Mercedes will also be keen on having some fun, having won six of the eight races that have taken place on the track since returning to the calendar in 2014.

Here’s everything you need to know ahead of the 2021 Styrian Grand Prix …

When is the 2021 Styrian Grand Prix?

Practice 1: Friday June 25, 11:30 am local time (10:30 am BST)

Practice 2: Friday June 25, 3:00 p.m. local time (2:00 p.m. BST)

Practice 3: Saturday June 26, 1200 local time (1100 BST)

Qualifications: Saturday June 27, 3:00 p.m. local time (2:00 p.m. BST)

Race: Sunday June 28, 3:00 p.m. local time (2:00 p.m. BST)

Where is the 2021 Styrian Grand Prix taking place?

The race takes place in Spielberg on the Red Bull Ring, formerly known as the Osterreichring, one of the sport’s most historic circuits.

It may be on the same site, but it’s not quite the same track it was in the 1970s and 1980s, it was completely rebuilt and renamed Ring A1 in 1996 for safety reasons .

The modern layout consists of nine turns, seven to the right and two to the left, and dominated by its three straights, making it a power-hungry place where straight-line speed is crucial.

After its withdrawal from the calendar in 2003, Red Bull bought the circuit, renaming it again and improving the infrastructure, building new pits and grandstands.

As a result of this work he returned to the world of F1 in 2014 and has stayed on schedule ever since.

Where can I watch the 2021 Styrian Grand Prix?

In the UK, pay-TV channel Sky Sports will broadcast the entire race weekend, from FP1 to race, on its dedicated Sky Sports F1 channel. You can also access a live feed of the coverage via Now TV.

The free-to-air Channel 4 broadcaster will broadcast the best moments of qualifying and the race.

F1 TV Pro viewers can watch all the action live from Austria. Please check if F1 TV Pro is available in your country.

Subscribers to F1’s own app can hear radio commentary on the race itself from the BBC and access live data throughout each session.

PlanetF1 will broadcast live timing and expert commentary on every session of the race weekend, from the Friday morning FP1 to the Sunday afternoon race.

The Styrian Grand Prix will be televised live at the following outlets in other key markets:

United States: ESPN
Canada: RDS (French), TSN (English)
Australia: Fox Sports
France: Canal +
Italy: Sky Sport F1
Germany: Sky Sport F1
Spain: DAZN
Netherlands: Ziggo Sport
Brazil: Group
Japan: DAZN

What are the chances of the 2021 French Grand Prix?

Bet on the Styrian Grand Prix with Planet Sport Bet and we’ll match your first bet up to the value of £ 50! Use code PS100

Considering Red Bull have won the last three races and Verstappen has won here twice in the past three years, it is no surprise that he is the favorite.

Here are the main odds for Planet Sport Bet:

5/4 Max Verstappen (Red Bull)
11/8 Lewis Hamilton (Mercedes)
10/1 Valtteri Bottas (Mercedes)
10/1 Sergio Perez (Red Bull)
50/1 Lando Norris (McLaren)

(Last updated Monday, June 21)

What is the weather forecast for the 2021 Styrian Grand Prix?

Friday June 25: 29C, risk of a thunderstorm
Saturday June 26: 6C, risk of rain.
Sunday June 27: 6C, risk of rain.

Directions to the Styrian Grand Prix

For those traveling by plane, the nearest airport is Flughafen Graz (GRZ), located in the city of Graz. However, this is really only an option for domestic flights.

Therefore, Vienna International Airport (VIE), located approximately 200 km from the circuit, is your best bet. From there you can rent a car or drive to the city center and take a three-hour train ride to Knittetfeld.

Knittelfeld is the nearest train station and is well connected to each of the major Austrian cities. From there, a shuttle service runs on race weekends to take fans to the track.

Given its rural location, the best way to get to the track is by driving, either in your own car or in a car you hire from the airport. It is located next to the S36 motorway. Once there, take the Zeltweg Ost / Spielberg exit onto the L503 before turning right after approx. 2 km.

Which drivers won the Styrian Grand Prix?

Only one driver has won the Styrian Grand Prix because there has never been just one. However, there have been many Austrian Grands Prix on the circuit as well, so we would say we can include them under the same umbrella.

Lewis Hamilton triumphed in 2020 for the second time after also doing so in 2016, and is one of eight drivers to have twice tasted victory on the circuit.

In recent times, Nico Rosberg, Valtteri Bottas and Max Verstappen have all done it, joining the same club as Ronnie Peterson, Alan Jones, Mika Häkkinen and Michael Schumacher.

Alain Prost is the only man to have won three times on the track, rising to the top step of the podium in 1983, 1985 and 1986.

Tire selection for the 2021 Styrian Grand Prix

As they did last time at Paul Ricard, Pirelli has chosen to make its three intermediate compounds available to pilots in Austria.

The C2 tire will be the hard compound, C3 the medium and C4 the soft.

What is the latest ranking of the F1 championship?

Drivers’ Championship

Max Verstappen – 131 points

Lewis Hamilton – 119 points

Sergio Pérez – 84 points

Lando Norris – 76 points

Valtteri Bottas – 59 points

Constructors’ Championship

Red Bull – 215 points

Mercedes – 178 points

Mclaren – 110 points

Ferrari – 94 points

The full F1 championship standings are here

Follow us on twitter @ Planet_F1, like our Facebook page and join us on Instagram!

Source link

]]> 0
working groups prepare recommendations for energy forums | News | SDG Knowledge Center Mon, 21 Jun 2021 22:50:31 +0000

Five multi-stakeholder technical working groups prepared reports on the five priority themes of the High Level Dialogue on Energy (HLDE). The reports contain substantive recommendations for the thematic forums at ministerial level, which will take place from June 21 to 25, 2021, and together aim to provide a global roadmap to achieve affordable and clean energy for all by 2030, on track to net zero emissions by 2050.

The technical working groups brought together actors from the United Nations and international agencies, national governments, businesses, academia and civil society to address: access to energy; energetic transition; enable the SDGs through fair and inclusive energy transitions; innovation, technology and data; and finance and investment. Each technical working group held three virtual meetings, the first focusing on adjustments to the outline of the reports, the second on comments on the first draft, and the third on collecting final comments on a revised draft report.

The report on energy access stresses the need to: address socio-economic inclusion; align the costs, reliability and affordability of energy services; putting people at the center of efforts to provide energy; and promote local entrepreneurship and the engagement of women and young people. He stresses that access to electricity and a clean kitchen are just as important.

The report on energetic transition stresses the need for enhanced international and regional cooperation to share technology and integrate electricity markets. It recommends, among other actions, to rapidly intensify the deployment of renewable energies, to improve the average rate of energy efficiency and to phase out coal.

The report on enable the SDGs through fair and inclusive energy transitions explores the “multidimensions” of the SDGs and emphasizes the need to implement policies taking into account social equity and inclusion. He calls, among others, education, retraining, training, capacity building, promoting informed consumer behavior and accelerating actions to ensure gender equity.

The report on innovation, technology and data recognizes the need for innovations in policy and finance, and not just in technology. It recommends: the commercialization of new technologies on a large scale; create markets that promote energy technologies and help the energy transition; take advantage of digitization; and improving the collection, management and application of data systems.

The report on financing and investment calls on countries to increase investments in sustainable energy to achieve an inclusive recovery, to align financial flows with increasingly ambitious climate strategies, and to remove subsidies that encourage waste.

The reports of these working groups will be launched during thematic forums at ministerial level, which will take place from June 21 to 25, 2021.

the ENB hasThe analysis of the technical working groups notes that “[s]Discussions in some technical working groups prompted reports to contain specific examples of actions to achieve global energy goals. However, by having to make political compromises, reports “may not be able to meet this standard”. According to IN B, “Voluntary pacts were indicated as a way to document specific actions that need to be taken to collectively build momentum.” Ministerial forums will be “the first opportunity to increase the visibility of energy pacts to which the technical working group process has contributed”.

The HLDE, slated for September 2021, will be the first global energy gathering under the auspices of the United Nations General Assembly (UNGA) since the United Nations Conference on New and Renewable Energy Sources in 1981. The HLDE UN Secretary-General to convene Summit-level Dialogue to promote the implementation of the energy-related goals and targets of the 2030 Agenda for Sustainable Development, in particular SDG 7 (clean and affordable energy ) and the Paris Agreement on climate change. [ENB Summary of the High-level Dialogue on Energy Technical Working Groups: 22 February – 26 May 2021] [Ministerial Thematic Forums Webpage]

Source link

]]> 0
High gas prices fuel the rise of SPP coal-fired electricity as wind production weakens Mon, 21 Jun 2021 22:12:00 +0000

Strong points

Wind generation down by 47.7 GWh on average in June

Coal market share up to 40% vs. 31% in May

Declining wind generation in the Southwest Power Pool increases the coal market share in the mid-continent of the Americas this month as dual-fuel generators limit consumption of higher-priced natural gas.

Not registered?

Receive daily email alerts, subscriber notes and personalize your experience.

Register now

In the territory of the independent grid operator, wind generated an average of 212,900 MWh and captured around 26% of the market share in the generation stack this month. In May, renewable energies generated an average of 260,600 MWh in SPP, or more than 40% of the total market, according to ISO data.

As the wind speed decreases, generators in the center of the continent seem to opt primarily for coal as a backup fuel. In June, coal-fired electricity produced an average of 324,100 MWh, or about 40% of ISO’s output. That’s up from an average of 196,200 MWh and 31% market share last month.

While slower wind speeds and warmer temperatures this month have also boosted power generation and gas market share in SPP, the gains are significantly lower than coal. Higher gas prices are likely to be blamed for the growing boom in coal as a backup fuel in the PPS.

Price, weather, burns

In June, spot prices at mid-continent hubs remained near or above the $ 3 / MMBtu level. At the region’s benchmark upstream location, NGPL Midcontinent, the spot market averaged around $ 2.91 / MMBtu – nearly double the monthly average from last June, according to S&P data. Global Platts.

Rising gas prices limited the rise in electricity consumption in the center of the continent this summer, despite lower wind generation and a similar overall demand for cooling in June compared to last year.

To date, population-weighted temperatures in the center of the continent have averaged 77.8 degrees Fahrenheit, just half a degree below the levels recorded during the corresponding period last June. Gas-fired electricity use in the Midcontinent, meanwhile, has averaged about 1.23 Bcf / d this month, down nearly 275 MMcf / d from last June, according to the data from Platts Analytics.


As futures gas prices continue to rise, the outlook for summer electricity demand in the center of the continent continues to deteriorate.

At market settlement on June 18, the June-July-August NGPL Midcontinent Band stood at $ 3.07 / MMBtu on average, down modestly from the annual high reached earlier in the week at 3.21 $, according to the most recent M2MS data released by S&P Global Platts.

According to a recent forecast from S&P Global Platts Analytics – likely based on lower price expectations – the fuel switch would result in a decrease of less than 100 MMcf / d in the Midcontinent’s electricity use this summer compared to summer. latest. Given the steep drop already experienced this month, switching may result in a much larger drop in summer balance electricity consumption than expected.

Source link

]]> 0
ISS astronauts conduct six-hour spacewalk to install solar panels | Space Mon, 21 Jun 2021 10:21:00 +0000

French and American astronauts carried out a six-hour spacewalk as they installed new solar panels to boost the power supply to the International Space Station (ISS), NASA said.

“It’s a huge teamwork every time and I couldn’t be happier to come back with @astro_kimbrough,” Frenchman Thomas Pesquet tweeted on Sunday, referring to his US colleague Shane Kimbrough. Pesquet is with the European Space Agency, Kimbrough with Nasa.

The two men, who arrived on the space station at the end of April, activated the internal batteries of their spacesuits at 11:42 GMT, then opened the hatch of the ISS airlock.

Thomas Pesquet (left) of the European Space Agency is strapped to a portable hinged footrest at the end of the Canadarm2 robotic arm carrying new solar panels to the International Space Station’s P-6 truss structure next to it by American astronaut Shane Kimbrough. Photograph: NASA / AFP / Getty Images

They then continued the work of positioning, fixing and deploying six new generation solar panels, called iROSA, for Roll-Out Solar Array.

The solar wing rolled off like a red carpet once the last set of bolts were released, relying solely on the stored energy. The slow but steady expansion took 10 minutes, with the station’s cameras providing live TV views. “It’s beautiful,” cried Pesquet.

“Well done to you both,” Mission Control replied after the operation was complete. “It was great to see.”

At the end of the six-and-a-half-hour spacewalk, Kimbrough, who has three children, wished “Happy Father’s Day” to all the flight controller dads. “Thanks for working with us on a Sunday. “

The new solar wing – along with five more to come – will give the aging station a much needed electric boost, as demand for experiences and space tourists increases.

The 19-meter (60-foot) panels were delivered to the station earlier this month by an unmanned SpaceX flight. Astronauts are expected to finish installing a second solar panel on Friday.

The panels will power both daily operations and research and scientific projects on the ISS and are expected to have a lifespan of 15 years.

A first spacewalk on Wednesday encountered several snags, including issues with Kimbrough’s spacesuit. He temporarily lost data on the display unit of his spacesuit, then suffered a brief increase in the pressure of the suit.

US Astronaut Shane Kimbrough seen from the camera of European Space Agency Astronaut Thomas Pesquet's helmet, mounting bolts, during solar panel unfolding and alignment.
US Astronaut Shane Kimbrough seen from the camera of European Space Agency Astronaut Thomas Pesquet’s helmet, mounting bolts, during solar panel unfolding and alignment. Photograph: Lizabeth Menzies / NASA TV / AFP / Getty Images

Sunday’s outing marked the fourth time the two astronauts had ventured into space together. In addition to Wednesday’s spacewalk, they did so twice during a mission in 2017, attached by tethers to the space station as it orbits Earth at an altitude of about 400 kilometers (250 miles).

In total, there were 240 spacewalks of the ISS while the astronauts did the assembly and maintenance work, as well as upgrading the station.

Agence France-Presse and Associated Press contributed to this report

Source link

]]> 0
To what extent is it possible to produce your own energy? Sun, 20 Jun 2021 23:17:38 +0000

The idea of ​​producing your own energy is a process that has become much more feasible in recent years, as the price of renewables has fallen and financiers, regulators and businesses have become more comfortable with it. idea of ​​decentralized production.

On-site clean energy production can use a number of different technologies, depending on the individual situation of your facilities. These include solar, wind, hydroelectric and biomass energy. The most common are solar panels, which can be easily installed using a modular approach, according to E.ON’s product manager, John Martin. But of course, it’s not for all businesses, he explains. “If you have rooftop space or land nearby, or even parking with carports, they’re easy to set up,” says Martin. Although the price of the energy produced is not quite competitive with the grid at this time, you get price certainty and avoid future price fluctuations. “

While the benefits of taking steps to support your own energy supply are clear, it pays to be thorough in your preparations for installing on-site energy solutions, he stresses. “In addition to your own energy profile, you need to understand the costs associated with grid reinforcement on your local energy grid, the necessary permits and planning, and the optimal technology options,” he explains. “You have to study the market because the costs of technology are going down all the time, but different options have different capabilities. “

The carrot and the stick

And what about the costs? Do you want to fund it with cash or do you need to look at the funding options available? One of the main challenges in getting your business to generate its own electricity is getting buy-in from top management. “They often say it’s a good idea environmentally, but it’s too expensive,” says Martin. “However, clean energy options are constantly moving closer to economic parity, and clean energy can give you greater certainty over your costs, allowing you to reduce risk and lower your emissions at the same time. to go to net zero is only going to increase.It makes sense to start now when there are more carrots – than to have to do it later when there are more sticks.

To read the full article, download the free and exclusive “The Race to Net Zero” guide presented by BusinessGreen. Click here.

This article is sponsored by E.ON.

Source link

]]> 0
Take 2: Space Travel Astronauts Tackle Solar Panel Work Sun, 20 Jun 2021 14:39:18 +0000

CAPE CANAVERAL, Fla. (AP) – The astronauts embarked on their second spacewalk in less than a week on Sunday to install powerful new solar panels outside the International Space Station.

CAPE CANAVERAL, Fla. (AP) – The astronauts embarked on their second spacewalk in less than a week on Sunday to install powerful new solar panels outside the International Space Station.

NASA’s French Thomas Pesquet and Shane Kimbrough picked up where they left off on Wednesday, when the spacesuit and other issues prevented them from unrolling the first in a series of high-tech solar panels.

“Remember: you are butterflies with biceps today,” astronaut Megan McArthur said over the radio from inside.

After pushing and pulling, the astronauts managed to unfold and align the solar panel so that the two halves are now end to end, resembling a roll of paper towels. Their cry of “Woo-hoo!” Was applauded at Mission Control.

The two had to wait until they were back on the night side of Earth – and the station’s old solar panels were no longer absorbing sunlight and producing electricity – before making the final electrical hookups. Otherwise, they might be shocked.

While waiting for darkness, the camera and light assembly of Kimbrough’s helmet loosened, even though he had changed his suit to avoid the issues he faced last time around. Pesquet did his best to secure it with metal ties, as the minutes went by.

The final step – yet to come – was the deployment of the panel to its entire 63-foot (19-meter) length.

These new solar wings are designed to roll out like a red carpet, unlike the old ones at the station which roll out like an accordion. They will give the aging station a much needed electric boost, as the demand for experiences and space tourists increases.

NASA initially allocated two spacewalks for work – one for each solar panel being installed. But the managers added a third spacewalk, given all the previous issues. Pesquet and Kimbrough will leave on Friday to complete work on the second panel delivered by Space X earlier this month.

This first pair will complete the space station’s oldest solar wings, which deteriorate after 20 years of continuous operation.

SpaceX will deliver two more pairs over the next year.

Although smaller than the originals, the new solar panels can generate a lot more energy. The space station needs this revitalization if NASA is to hope the space station will operate for the remainder of this decade, with private guests paying millions of dollars to get on board.

A Russian film crew is due to be launched this fall to the outpost orbiting Kazakhstan, followed by a string of wealthy businessmen. SpaceX provides the trips from Cape Canaveral.

Kimbrough’s suit’s display control panel turned off on Wednesday and he had to return to the airlock to reset it. Then his cooling system recorded a momentary pressure surge. Engineers are always evaluating what went wrong.

“Space is tough,” Kimbrough tweeted.


The Associated Press’s Department of Health and Science receives support from the Department of Science Education at Howard Hughes Medical Institute. The AP is solely responsible for all content.

Marcia Dunn, The Associated Press

Source link

]]> 0
anderson architecture designs timber-clad off-grid house in australia Sun, 20 Jun 2021 02:19:55 +0000

anderson architecture designed the off-grid FZ house as a premium benchmark for sustainable living in extreme conditions while coexisting with nature in the blue mountain bush, australia. the modest and very sturdy house is bal-FZ rated and net zero emission, self-sufficient in electricity, water and sewerage. it celebrates innovative sustainable design and Australian landscapes.

pictures of notch arbor

Anderson architecture was strongly committed to a holistic sustainable practice in this project and humanized contemporary architecture through a connection with nature. the distinctive architectural form is a contemporary twist on the typical elongated passive house. Inspired by local sandstone caves, the shape unifies two skillion roofs of opposing slopes to optimize solar power generation for electricity. it also enhances passive heating and cooling for thermal comfort, enhanced by high levels of insulation and airtightness, HRV, exterior blinds and double glazing.

The off-grid timber-clad house perches on the bush ridge of the Blue Mountains, Australia

trees cleared to meet bushfire safety requirements are reused in the house and highlighted more visibly by carpentry. this eco-friendly, eco-friendly design celebrates the great outdoors in Australia, providing an oasis connected to nature as well as a safe haven when protection is needed. In addition, the house contributes to the public domain, it conceptually presents a sustainable design and construction in areas prone to bush fires without access to services is possible with innovative and resilient measures.

The off-grid timber-clad house perches on the bush ridge of the Blue Mountains, Australia

while accommodation is private, public amenity is delivered through the beautiful expansive bush landscape visible from the public realm. although the bush block spans hectares, the built form remains modest. minimal tree clearance is required for safety and all of these trees are reused, especially in the internal structure, kitchen countertop and carpentry.

The off-grid timber-clad house perches on the bush ridge of the Blue Mountains, Australia

manufacturing and transport are minimized, while the wood receives a new function, as its varied colors, textures and maturity are emphasized. with the off-grid FZ house perched on a ridge, it offers vistas across the valley, extending across the bridge wrapping the south wing. the veranda roof had a dual purpose, folding down to be used as a bushfire screen in the flame area as needed.

The off-grid timber-clad house perches on the bush ridge of the Blue Mountains, Australia

The off-grid FZ house contributes to the lives of the inhabitants through the absence of operational energy bills, although there are additional advantages to the house being self-sufficient in terms of electricity, water and electricity. sewerage, such as increased energy awareness and occupant power. water consumption. the design also allows for a deep connection to nature on different scales, positively contributing to the mental well-being of the occupants, for example through native gardens with edibles dotted around the dwelling.

The off-grid timber-clad house perches on the bush ridge of the Blue Mountains, Australia

The off-grid timber-clad house perches on the bush ridge of the Blue Mountains, Australia

The off-grid timber-clad house perches on the bush ridge of the Blue Mountains, Australia

The off-grid timber-clad house perches on the bush ridge of the Blue Mountains, Australia

The off-grid timber-clad house perches on the bush ridge of the Blue Mountains, Australia

The off-grid timber-clad house perches on the bush ridge of the Blue Mountains, Australia

project info:

Last name: off-grid FZ house

architects: Anderson architecture

location: blue mountain bush, australia

photography: notch arbor

Yasmina Karam I design boom

June 20, 2021

Source link

]]> 0
3 ways to invest in renewable energy now Sat, 19 Jun 2021 15:22:00 +0000

Renewable energy is a massive megatrend spanning decades. Current estimates suggest that the global economy will need 100,000 billion dollars in investments over the next 30 years to shift from fossil fuel energy sources to cleaner alternatives. Considering the scale and duration of this opportunity, investors won’t want to miss it.

Fortunately, there are plenty of ways they can play with the energy transition trend. Here are three ways to invest in renewable energy.

Image source: Getty Images.

The yield of renewable energies

Companies focused on developing new renewable energy production capacities need a lot of cash to keep investing in new projects. They can bring in new capital by selling the cash-generating renewable energy assets they develop to renewable yield. These companies focus on owning renewable power generation facilities that sell most of their electricity under long-term, fixed-rate power purchase agreements (PPAs) to end users such as as large commercial customers or electric utilities. This gives them the cash to pay dearly dividend yields.

Two examples of renewable yieldcos are Clearway Energy (NYSE: CWEN)(NYSE: CWEN.A) and NextEra energy partners (NYSE: NEP). Clearway generally acquires wind turbines and solar energy projects of its private sponsor Clearway Energy Group. Meanwhile, NextEra Energy Partners is doing the same with its parent company, utility giant NextEra Energy (NYSE: NEE).

Given their focus on dividends, they pay above average returns (Clearway payout is 4.8% while NextEra Energy Partners dividend earns 3.4%). In addition, their main goal is to regularly increase these payments. For example, Clearway is aiming for 5-8% annual dividend growth while NextEra Energy Partners is targeting 12-15% annual dividend increase. These factors make them ideal options for investors looking for income.

Renewable energy component manufacturers

Several companies are focused on manufacturing equipment and components for the renewable energy industry, including:

  • Panels, floor mounting systems, inverters and optimizers for solar power generation.
  • Turbines, blades and internal components for wind power.
  • Batteries, uninterruptible power systems (UPS), powertrains and charging stations for battery storage and electric vehicles (EVs).

Manufacturers of renewable energy components are selling more of their products as the industry expands. This allows them to rapidly increase their income and profit as they expand their business in this expanding market.

Many companies focus on manufacturing these components. A notable example is SolarEdge Technologies (NASDAQ: SEDG). Although it specializes in manufacturing an inverter system optimized to maximize the power produced by solar panels, it also provides solutions to a wide range of other energy segments. These include storage, recharging of electric vehicles, batteries, inverter, vehicle powertrains and grid services. Companies like SolarEdge are ideal for those looking for a high investment.

Utilities clean up their act

Utilities are another way to play the renewable energy megatrend. Most are investing heavily to build new renewable energy capacity to replace fossil fuel power plants. On top of that, they are investing in building the grid to support additional renewable energy capacity.

One of the leaders in this space is NextEra Energy. It operates two utilities in Florida, one of the largest renewable energy companies and a leading electric transmission company. It invests billions of dollars in expanding these businesses. NextEra predicts that its investments will help grow its earnings per share at an annual rate of 6% to 8% until at least 2023. At the same time, he plans to increase his dividend by 2% of around 10% per year until next year. This combination of return and growth makes utilities like NextEra Energy lower risk investments.

Several ways to play this megatrend

Investors have many options for investing in renewable energy. They can generate an increasing income stream by investing in a yield company or utility. Or they can opt for a higher risk / reward opportunity by investing in a component manufacturer, which could generate strong revenue and profit growth in the years to come. Given the overall appeal of the sector, investors should look for a way to add renewable energy stocks to their portfolios.

10 stocks we prefer over NextEra Energy
When our award-winning team of analysts have stock advice, it can pay off to listen. After all, the newsletter they’ve been running for over a decade, Motley Fool Equity Advisor, has tripled the market. *

They have just revealed what they believe to be the ten best stocks investors to buy now … and NextEra Energy was not one of them! That’s right – they think these 10 stocks are even better buys.

See the 10 actions

* The portfolio advisor returns on June 7, 2021

Matthew DiLallo owns shares of Clearway Energy, Inc., NextEra Energy, NextEra Energy Partners and SolarEdge Technologies. The Motley Fool recommends NextEra Energy and SolarEdge Technologies. The Motley Fool has a disclosure policy.

The views and opinions expressed herein are the views and opinions of the author and do not necessarily reflect those of Nasdaq, Inc.

Source link

]]> 0
Waynesville Middle School To Get A Solar Panel Curriculum | Education Sat, 19 Jun 2021 10:15:00 +0000

NC GreenPower announced 15 North Carolina schools that will receive a solar education kit valued at approximately $ 42,000, and Waynesville Middle School was among those selected.

Solar + Schools is a grant program that funds solar educational projects in schools. The projects include a 5-kilowatt grid, a weather station, data monitoring, a STEM program, and training for around five or six teachers. Any kindergarten to grade 12 school in North Carolina can apply for the program, and this year Amanda Wells, a Waynesville Middle STEM teacher, decided to give it a go.

“We thought it would be a great way for students to get hands-on learning if we could actually install a solar cell,” Wells said. “That way they could see the installed system, see the process of its operation, take data and see how it affects the solar cell system.”

The package Waynesville Middle will receive is valued at around $ 42,000, but it’s not a done deal yet.

Waynesville Middle is still responsible for raising $ 9,000 for future maintenance of the solar system. Using NC GreenPower’s fundraising platform, he has until September 30 to raise funds. Donations of as little as $ 1 can be made to support the school’s campaign, and the community is invited to donate to the cause at

Once the installation is complete, which is expected to be in early 2022, Waynesville Middle will join 42 other school winners since the Solar + Schools program launched in 2015.

“I think it’s going to be really cool for Waynesville Middle,” Wells said. “Instead of talking about running the tests and talking about how solar cells work, they’re actually going to learn and see it.”

In order to find a good place to install the new solar module, Wells said Haywood County Schools Maintenance Director Josh Mease came to examine the property and make suggestions.

NC GreenPower will bring in its own engineers to decide on the best location, but Wells said Waynesville Middle has some ideas in mind for where it could be installed.

To be successful, the panel will need to be located where the sun reaches a certain angle. Since WMS does not have a roof that faces the sun, the module will likely be a stand-alone setup rather than a rooftop version.

“The sites we’re looking at are setting it up next to Building A or in a lot next to the school,” Wells said. “Or we talked about the softball field. We expect to be able to use it by early 2022. We are delighted.

SOLAR PANEL – Winners of the Solar + Schools grants will receive a solar weather station, real-time monitoring equipment, a state-approved STEM program, interactive energy kits and teacher training.

Help schools learn

Solar + Schools is now in its seventh year and staff remain optimistic about its future.

“This year’s response to our Solar + Schools program has been fantastic, especially given the many challenges posed by COVID-19,” said Vicky McCann, vice president of NC GreenPower.

“We are delighted to be working in six new counties, with schools in the center and far west of our state, as well as one on the Outer Banks. We look forward to helping educate the younger generations about energy with these solar installations, and by the end of next year we will have reached over 41,600 students across North Carolina, ”said McCann.

The installed solar panels serve as an educational tool for teaching students and have an energy impact, likely producing enough renewable energy to power a school’s main office. Solar panels generated an average of 8,026 kilowatt hours per year, which could save schools up to $ 800 per year. Collectively, NC GreenPower Solar + Schools saved nearly $ 43,000 in electricity costs.

In addition, the State Employees’ Credit Union (SECU) Foundation continues to support Solar + schools. The SECU Foundation’s contribution will provide up to $ 20,000 in additional funding to each of the five selected public schools.

“Since we started supporting the Solar + Schools initiative in 2015, we have seen this program grow and expand, helping so many schools in our state to have a working solar panel on campus,” said said Jama Campbell, Executive Director of the SECU Foundation. “The NC GreenPower Solar + Schools program continues to provide valuable educational resources and energy saving opportunities, and we are pleased to assist them in their ongoing efforts to make a positive difference for our schools, teachers and students. “

McCann of NC GreenPower added, “We appreciate the members of SECU for their continued financial support and partnership, helping us to improve the environment and increase solar education in our state.

Funding for this project was provided, in part, by NC GreenPower, a nonprofit organization founded in 2003 whose mission is to expand public awareness and acceptance of cleaner energy technologies among all North Carolina North through local and community initiatives.

Source link

]]> 0