This weekend was presented at the world summit on climate change taking place in Egypt, the joint proposal of Mexico and the United States, to promote the “Sonora Renewable Energy Plan” as the main card of the North American bloc to curb global warming. Renewable Energies” as the main card that the North American bloc brings to curb global warming.

The Secretary of Foreign Affairs Marcelo Ebrard and the person in charge of the White House for this issue along with the president of the Council for Sustainable Development of Sonora, made the presentation on Saturday, which proposes the construction of 6 solar parks that provide a total of 6 gigawatts and are incorporated into the electrical systems of Mexico and the United States as a source of energy to supply the growing digital industry.

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According to international press reports, Mexico committed to increase from 22 to 35 percent of the goals it had set for 2030 to reduce greenhouse gas emissions, highlighting that it will double the generation of clean energy in the country.

The model is based on the construction of the first solar park, which is already in its second phase of construction in Puerto Peñasco, and consists of 2 thousand hectares of solar panels and a high voltage link to Baja California, said project has an investment of 1 thousand 644 million dollars, that is, 32 billion pesos.

President Andrés Manuel López Obrador, after attracting the attention of the U.S. government. Interest from the U.S. government, decided to up the ante and has already determined that 6 billion dollars, or 120 billion pesos, will be invested in Sonora in order to quintuple this model park and locate the solar parks in Cajeme, General Plutarco Elías Calles, Nogales (where 2 solar parks will be built), Nogales (where 2 solar parks will be built) and Sonora (where 2 solar parks will be built), Nogales (where 2 solar parks will be built) and San Luis Río Colorado, while doubling the size of the park already under construction in Puerto Peñasco from 2,000 to 4,000 hectares, which will have the capacity to produce 2 gigawatts, making it the largest solar park in the world.

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Sonora is therefore the axis of this policy and projected investments of more than 150 billion dollars in energy projects, it will also take a very large step forward to become a strategic state in terms of energy self-sufficiency.

The keys to Sonora are its richness in solar irradiation resources, our landscape is desert and the heat in summer can be suffocating at 54 degrees Celsius in the shade and that for many decades has marginalized us from development and to have more population, however this may change in the short term.

Sonora is also on the verge of receiving huge investment flows, on the one hand there is the solar plan, but in parallel there is the need to build new industrial facilities in order to attract investments in high technology that come along with this process.

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Governor Alfonso Durazo Montaño told me a few days ago that the construction of 6 new high technology industrial parks has already been incorporated as an essential project to this process, in order to attract the investments that are being made as a result of the investment relocation process in the North American region. In this process the government of Sonora plans to invest around 2.1 billion pesos, in addition to the large infrastructure projects that are already underway to relaunch the port of Guaymas and connect Sonora with the U.S. border in a more efficient manner.

Based on these arguments, Sonora has already become a letter of introduction of what Mexico is at a competitive level and indeed, by consolidating these projects together with the Transítsmico and the Mayan Train, our country will achieve a much more competitive platform to boost its development.

According to information from the Secretary of Economy, Raquel Buenrostro, there are at least 400 large corporations with plans to move their production processes from the Asia-Pacific region to the North American region. These are large U.S. capital companies, which for geoeconomic and political reasons need to be located in the North American bloc and will preferably seek to invest in Mexico based on a better cost-benefit equation.

Based on this reality, it was decided to invest in the solar parks network and the Sonora logistics hub has been promoted, including the industrial parks, Guaymas, Sonora customs and the highway network.

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Today Sonora has a better outlook for the future and this is the result of the strategic vision designed by the governments of the Fourth Transformation, Andrés Manuel López Obrador in the presidency and Alfonso Durazo in Sonora.

Source: https://www.sdpnoticias.com/opinion/el-momento-de-sonora

 

 

In winter, the night lasts about 18 hours in Oslo. In summer, the situation is diametrically opposed: the day never seems to end. A natural disparity of its geographical position, even more extreme in the north of Norway, which does not seem the most suitable for an energy such as photovoltaics to find its place.

And yet, it was in those extreme latitudes that Otovo emerged, back in 2016. A startup, pioneer in the Old Continent, which seeks to democratize the self-consumption of energy through the installation of photovoltaic panels on the roofs of any self-respecting house. It is not a company noted for innovating in the underlying technology, far from it: its real magic lies in reinventing the usual business model in these matters.

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Its founder and CEO, Andreas Thorsheim, is neither an engineer nor an energy expert. His background as an economist is, however, more linked to the creation of marketplaces and other businesses intimately developed in the heat of digital marketing. But that does not matter in this case, as he himself argues, because the key to Otovo and this industry is that “deploying solar panels is as easy as buying a T-shirt online”.

“The idea came from a simple observation. Solar panels were getting cheaper by about 10% every year and that implied that it would soon become the cheapest form of energy on the planet, even in Norway. And that as the panel got cheaper, the only cost that will always remain is installation, marketing and logistics; things that happen on the ground, close to the consumer,” Thorsheim introduces to D+I.

The leader of this startup welcomes this journalist in his offices in one of the busiest streets of the Norwegian capital. He does so just before jumping into the ring in a meeting with dozens of entrepreneurs and onlookers as part of Oslo Innovation Week. And, during the relaxed conversation, he travels between the past and the future of this sector that is so much in vogue today.

“Solar energy has evolved a lot in the last forty years. The first twenty focused on research and development to make better panels, the next twenty on making them more economical. And from now on, the challenge is to get this fantastic technology to the people,” says Andreas Thorsheim.

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That’s where Otovo comes in, to bring these panels to any place on the globe, “whether it’s Barcelona airport, in Oslo, on a ship, a house or a factory”. Its founder quickly recognized that the problem to be solved was to create an e-commerce platform that would facilitate this work – from marketing to installation – and that would also make it possible to finance it like someone who defer payments for a car or a cell phone.

A successful model that used the limitations of its home country as an asset, in the form of the most demanding testing ground possible. “We thought we would be international from day one, but Scandinavia was a good place to test it because we have half the sun and half the price of electricity. So we had to be very good to make it work,” Thorsheim boasts. “If it worked here, we could take this model to Sweden, which is 50% better than Norway, or to France which is 75% better or to Spain which exceeds 100% or 150% market potential.”

The only point in favor of undertaking such an idea under such demanding conditions was the high degree of consumer confidence in shopping online. Because, let’s face it, spending 30 euros on a T-shirt in an online store is not the same as investing 15,000 euros in an installation that will be on our roof for several decades.

Solar panels ‘as a service’… and also batteries.
Beyond its intermediary work between local suppliers and installers and end customers, Otovo’s success in many markets is based on a financing model for its solar panels in the ‘as a service’ style that is already common in other sectors such as the automobile industry.

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“It’s a great advantage, especially in countries like Spain, because it allows them to bring all the future benefits of the panels into the present, lowering their monthly bill and instantly increasing their purchasing power. And we, in return, have built a small power plant on their roof that they are subscribing to, with all the information and adjustments from our side, and where we share responsibilities, commitments and risks,” says Andreas Thorsheim.

This idea is not original to Otovo, far from it: the subscription model was the one that kept the PV industry alive in the United States during the last economic crisis. More than half of the projects installed in the U.S. during those years followed this approach. However, it was an unprecedented format in Europe: an opportunity that our interviewee set out to seize.

In this case, half of Otovo’s customers are also users of this subscription model. Germany is the strongest European market in this respect, with Spain slightly above average. “And then there is France or Italy with almost zero, for various regulatory reasons,” confesses the entrepreneur, who places Poland as the jewel in the crown of this incipient sector given its flexible regulation.

Otovo continues to expand in this field, especially after closing a powerful round of financing earlier this year. Its aim is to continue to open up new markets, including Portugal, the United Kingdom, Austria, the Netherlands, Belgium and Switzerland. “We have sold solar panels in ten countries and, by the end of the year, there will be thirteen countries. We want to market 50,000 panels per year by 2024,” Thorsheim aspires. But also to continue to expand its sights into new product categories, such as batteries.

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“If you asked me in March last year, I would have said that batteries would be something interesting for consumers in 2025. But last summer we started selling them in Italy, Spain and Germany and more than 50% of consumers want these devices. I was blown away,” says Otovo’s CEO.

Source: https://www.elespanol.com/invertia/disruptores-innovadores/disruptores/startups/20221101/otovo-milagro-fotovoltaicas-nacido-noruega-democratiza-autoconsumo/655934419_0.html

 

 

It seems like everyone is going solar these days. In the United States, net solar power generation has increased by more than 113 billion hours in the last decade. Integrating solar with residential projects saves homeowners money on energy bills and increases property values over time. As solar integration technology advances, the benefits go beyond financial and environmental; solar panels are also taking on an aesthetic role in modern architecture.

Solar integration is becoming an expectation among new homebuyers. Architects and designers must adapt accordingly to increase the availability of PV integration in residential developments. However, with careful planning and execution, solar panels can best be incorporated during the design and construction phases. This article describes how homebuilders can meet consumer demands for solar integration, creating an easy-to-follow pathway to adapt to changing home design trends.

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Calculate total energy use and make it as efficient as possible.

To build a solar-powered home, builders must first take a complete inventory of how energy is used in the home. Estimating a home’s total energy use can be a complex task, especially when it has not yet been built. Knowing how much energy the house will require will create realistic expectations about how large the solar electric system will need to be.

Builders can use billing information from similar developments in the area. The total energy used will be stated in kilowatt-hours (kWh). Simply add the total kWh for an annual billing cycle or multiply the total kWh used in just one month. It is important to keep in mind that energy consumption varies from season to season, and this initial estimate will not reflect a home’s exact usage.

Solar home systems generate between 350 and 850 kWh per month. Homes that do not use solar and consume more than this range every month will need to become more efficient before converting to solar electricity. An energy audit will assess how much energy a building uses and identify opportunities to conserve energy. This information is critical because it will help builders choose the most efficient systems for their developments. These additional sustainable building practices can also reduce energy consumption before moving to solar:

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• Sealing air leaks
• Upgrading insulation
• Switching to UV-resistant windows
• Purchasing ENERGY STAR certified appliances.

Determine solar feasibility prior to construction.

Solar panels are designed to work in almost any climate, but the architecture and environment of a home will determine the amount of solar exposure that reaches the panel. The best way to determine if solar panels can be installed on a home is to contact a local solar company. During the evaluation, a professional installer will inspect the slope of the roof, surrounding trees and various other factors that affect solar performance. Generally, solar panels are most effective on south-facing roofs at an angle of 15 to 40 degrees. Roofs that have been in use for 10 to 30 years should be replaced before installing solar panels.

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Architects considering installing solar panels can now take advantage of solar compatibility checkers available online. By entering some key data, such as the direction of the planned development, they can quickly and easily determine how they should design the orientation and angle of each home’s roof for optimal PV integration.

How to Choose a Solar Electric System for New Construction Homes

When it comes to solar power, there is no one-size-fits-all solution. The best type of solar electric system will depend on several factors, including location, the orientation of each home and the amount of solar exposure the property receives. In general, however, there are three main types of solar electric systems: grid-integrated, off-grid and hybrid.

Grid-integrated solar electric systems are the most common type of solar power system. Grid-integrated systems allow homeowners to generate additional solar electricity while receiving power from the utility when needed. Grid-integrated systems provide a balanced solution. Homeowners save money on monthly bills, but can rely on the grid in case of system malfunction. In addition, they can sell power to the grid.

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Off-grid systems allow homes to operate independently of the grid in their area. While this provides great freedom, it also requires more maintenance than a grid-tied system. Homeowners with off-grid systems need a well-planned battery system to store solar energy for use at night or during power outages.

Hybrid solar electric systems are a combination of grid-tied and off-grid systems. They are typically grid-tied and include a battery backup system. This gives homeowners peace of mind knowing they have backup power in the event of a power outage.

Joining forces with solar installation companies

The growing demand for PV integration means that residential construction companies need to expand their authority on the subject. By partnering with installers in their region, they can better meet the needs of homebuyers.

There are many potential benefits to collaborating with solar companies. It is almost always cheaper to build a home with solar than to upgrade a home without solar. Solar installers are eager to connect with potential customers in the construction phase, which could be facilitated by the right partnerships. Similarly, homebuilders can reduce the cost of installation while offering solar as an added expense.

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Connect new homebuyers with solar financing resources.

Solar requires a significant investment, but several financing options and tax incentives ease the transition for homeowners. Residential construction agencies with this information will have an advantage with prospective buyers.

Individuals willing to pay for the entire system up front should spend between $15,000 and $30,000 on a typical residential solar electric system. Homeowners can finance their solar electric system in many ways. Solar leases along with power purchase agreements (PPAs) allow homeowners to install solar panels without paying any upfront costs. In this financing model, a solar company owns the system and sells the homeowner the energy produced. The advantage is a below-market energy rate for up to 25 years; the disadvantage is that homeowners do not own the energy systems, making them ineligible for energy buybacks and tax credits.

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Solar loans provide a middle ground between outright purchase and solar lease/PPA. This model allows owners to finance their solar electric system with a loan and make monthly payments. The interest rate is fixed and loan terms can range from five to 20 years. Solar loans have repayment terms similar to a home equity loan or line of credit.

Balancing architectural aesthetics with solar efficiency

Most homeowners will want their solar energy system to look as good as it performs. While older solar energy systems are bulky and look unnatural when added after construction, new homes can be designed with more aesthetically pleasing solar features.

Solar shingles offer a much sleeker look than traditional mounted solar panels. They are made with photovoltaic cells that can be embedded in standard roofing materials. However, solar shingles are less visible and often more expensive than mounted panels.

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Solar canopies are another option for solar integration. Canopies are free-standing structures that can be installed in many locations, including above the garage or in the backyard. For example, if someone is building a gazebo or covered outdoor kitchen, a solar canopy can provide shade and protection from the elements while generating electricity.

Solar power is here to stay. Architects, designers and construction companies must adapt to meet the new demands of today’s sustainably minded homebuyers. By following these tips, people can enjoy all the benefits of photovoltaics without compromising architectural style.

Source: https://www.archdaily.mx/mx/990746/consejos-para-integrar-la-energia-fotovoltaica-en-las-viviendas

 

 

 

Photovoltaic solar panels are an excellent way to save money on electricity bills and to contribute to a greater respect for the environment. However, be careful with solar panels, because if you install too many, you will have a problem.

Solar energy offers numerous advantages. The most important is that you are using a renewable energy source. But there are a number of common mistakes when installing solar panels.

It is important to know how many solar panels you can install on your house, as it will allow you to optimize the initial investment while making the most of the electricity savings. But how do you know?

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Be careful with solar panels, if you install too many you will have a problem.

According to Endesa, the number of solar panels that a house needs varies between four and 18 modules of photovoltaic panels. Depending on the annual electricity consumption of the house, it is more convenient to opt for more or fewer panels to make the investment of the installation profitable.

However, in addition to consumption, there are other important factors that must be taken into account when calculating the number of solar panels that can be installed on a roof. These factors are the annual consumption of the house, the quality and performance of the panels, the type of solar panel, the power of the installation, the orientation of the roof and the geographical location.

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Annual electricity consumption

As for the main factor, the annual electricity consumption, you can make a quick estimate of your annual consumption using your last bill. For example, if the bill is for two months, multiply the total kWh consumed by six. If the bill is monthly, multiply by 12.

However, as electricity consumption is often not the same for every month of the year, you can log in to your customer area to find out exactly your annual kWh consumption.

Quality and performance of photovoltaic panels

The quality of the panels is fundamental to their performance in producing energy. Higher quality systems are more expensive, but they make better use of sunlight and are capable of producing more electricity.

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The right choice of solar panels for the house allows you to reduce the number of panels you need to install. In addition, with higher performance panels the investment of the installation is amortized faster.

Type of solar panel according to cell type

Efficiency is the capacity of the panel to produce electricity when sunlight hits it. The technology used to manufacture the cells contained in the photovoltaic panel will influence its performance, and there are three main types of panels: monocrystalline, polycrystalline and amorphous.

Monocrystalline and polycrystalline panels offer better performance and are currently the most commonly used in the installation of photovoltaic panels in homes.

Amorphous panels, on the other hand, are more economical, but have poorer performance and a shorter lifetime.

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Power of the installation

The power of the solar panels indicates the amount of electrical energy that the domestic installation is capable of producing. Normally, the power is indicated in Wp units (peak power in Watts). Thus, the total power of the installation is the sum of the power of all the panels that make it up.

Number of panels x power of each panel (Wp) = Power of the installation (Wp).

Following Endesa’s example, an optimal solar panel has a power of 300 Wp. If the installation consists of six solar panels, we have a total power of 1800 Wp. This power value corresponds to 1800 kWh of electricity per year under theoretical conditions.

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Roof orientation and inclination

In Spain, the optimal orientation of the solar panels is south, because it is the arrangement that makes the best use of solar radiation for the production of light.

If south orientation is not possible, there is no need to worry: with a southeast or southwest orientation, the loss of efficiency is only between 1% and 4%, which is perfectly acceptable.

On the other hand, with east and west orientations, the loss of efficiency can reach up to 20 or 30%, so it may be necessary to install more solar panels to achieve the required power output.

In the case of north orientations, it is important to make a very thorough preliminary study to evaluate whether it is worthwhile to install the panels.

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Geographical location of the house.

To calculate how many solar panels a house needs, it is essential to take into account its geographical location. Depending on the geographical location, the amount of solar radiation varies, which will require more or less photovoltaic modules to be installed.

In general, it is recommended to carry out a personalized study beforehand to ensure that the installation of solar panels in your home is adjusted to your energy needs, taking into account all these factors.

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Limitations on the number of solar panels on a house

Currently, there are new solar panels of higher efficiency that allow to occupy less space on the roof or in the place where you are going to make the installation. Therefore, the available surface area is not usually a problem.

That said, if you want to produce a large amount of energy, the available surface may be a problem. In such cases, it is better to have more powerful panels that generate more energy in the same number of square meters.

Source: https://www.autobild.es/noticias/cuidado-placas-solares-instalas-tendras-problema-1144015

 

 

 

One third of the energy produced worldwide last year was generated by renewable sources. Hydroelectric power plants remain the main source of clean electricity, but photovoltaics and wind power are growing increasingly strong, according to data from the International Renewable Energy Agency (IRENA). In the midst of this trend, solar self-consumption has been gaining weight thanks to the falling cost of photovoltaic panels and, little by little, of batteries.

But there are still many doubts when it comes to taking the plunge and opting for solar energy in a home. Is it possible to cover the entire energy demand of a home with solar panels? And if so, how do you know how many to install? What happens when the sun is not shining or during the night? And is it possible to somehow store surplus energy production for use at another time?

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Can solar energy cover the needs of a house?

All electricity grids deployed in most countries on the planet operate in a similar way. Energy is produced from many sources (with renewables, nuclear power plants or fossil fuels), but all the electricity is fed into the same grid. This is then managed more or less centrally so that there is never a shortage in households. On a sunny or windy day, renewables will have more weight in this energy mix, but during the night or on a day without wind, thermal or nuclear power plants will need to produce more.

Self-consumption of energy through renewables radically changes this paradigm. If energy is consumed where it is produced, high-voltage transmission grids become less relevant. However, there is one previously insignificant factor that is now becoming increasingly important: storage. Since renewable production is intermittent, it is necessary to be able to store energy from peak production for those times when generation is minimal.

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“Today, it is technically and economically possible to cover the energy needs of a household with solar panels and batteries,” explains Elías Gómez, head of Energy and Sustainability at BBVA in Spain. “Evidence of this are the isolated homes that have no possibility of electrical connection and address their needs with solar panels and batteries to store energy when there is no solar production. Even so, a prior study is always necessary to size both elements and to confirm that the solution is viable”.

Necessary elements for solar self-consumption

The size and capacity of the installation of solar panels and batteries will vary depending on the needs of the house and the objectives sought. It is not the same to bet on photovoltaic energy as a way to save and reduce the environmental impact as it is to be completely self-sufficient or to bring electricity to an isolated building. Even so, an installation of this type must always have the following elements:

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Photovoltaic panels. They are responsible for producing electricity from sunlight.
Inverter. The panels generate direct current and the inverter transforms it into the alternating current normally used by household appliances.
Accumulators or batteries. These are not always necessary, since surplus production (i.e., electricity generated that is not currently used in the home) can be fed into the grid. However, they are necessary if what is sought is real self-consumption to cover the energy needs of the household when photovoltaic production drops.
Monitoring equipment. It controls the production in real time and the state of the batteries.

Types of storage: lead, lithium and virtual?

If there are no storage sources involved, electricity is always consumed at the moment it is produced. Thus, in a solar self-consumption installation it is common for there to be imbalances between demand and energy generation. Let’s say, for example, that we have six solar panels on a house and that at midday on a sunny summer day they produce 4.5 kilowatt hours (KWh). If at that time we have the oven, washing machine and air conditioning running, the demand will be quite in line with the production. But if no one is at home at that time, what happens to the energy?

In this second case, the electricity can follow two paths: it can either be fed into the grid, where it will become part of the overall energy mix (the combination of the different energy sources that cover a country’s electricity supply), or it can be stored in batteries for later use. “The two main storage technologies today are lead-acid batteries and lithium batteries. The former are used in isolated installations because of their high power and low cost. But lithium batteries are taking the lead in the domestic sector because they have no memory effect, the charging cycles can be done as the user wishes, they are lighter and require no maintenance,” explains Elías Gómez.

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In addition, some electricity retailers have developed the concept of virtual batteries, also known as piggy banks or solar wallets. This system monetizes the surplus electricity that is fed into the grid from the home based on the wholesale energy market price. Thus, these surpluses are accumulated in the form of money and can be used to offset the cost of electricity consumption through the grid (when solar generation does not cover the household’s demands). This is a middle-of-the-road solution in which the user is charged for the energy he produces and does not use.

Factors influencing a solar panel and battery system

When deciding how many solar panels and batteries are needed in a home PV system, it is important to consider the following factors:

What is the goal? A single lithium battery may be sufficient to reduce the cost of the bill or to provide emergency back-up in the event of a power outage. If the objective is to be completely independent from the grid, it will be necessary to have an installation with a high storage capacity.
What are the consumption habits? As is done when choosing between the different electricity tariffs available on the market, it will be necessary to make a study of the household’s energy consumption habits and basic energy needs. For example, if at night the demand is minimal, you will not need too much storage.
What is the photovoltaic generation capacity? A single-family house with a large south-facing roof in the province of Almeria does not have the same production potential as a multi-storey building in the center of Oviedo. Some online tools can give a rough idea of the PV generation capacity of a house, but it is important to always have a detailed study done by an expert before making a final decision.

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“The key is to analyze the collection area to be installed in relation to household demand. This way we will be able to know if there is a significant volume of excess energy generated that can be stored and used outside production schedules. This analysis should also be completed with a study of the offers made by the commercialization companies to find out if what is of interest is the installation of batteries or to manage the electricity contract with a modality that is better suited to the model with solar panels,” adds the head of Energy and Sustainability at BBVA in Spain.

How to calculate how many solar batteries are needed at home?

Taking into account all the elements seen so far (objectives, production capacity and consumption habits), when it comes to know how many batteries are needed at home it will be necessary to calculate the average energy produced and the real energy that will be needed at different times of the day. The difference between the two will give us clues as to how much minimum storage capacity to install. To know the minimum energy generation that we can expect and during what times of the day, it is best to rely on the detailed analysis of the installers or distributors of photovoltaic technology.

To know the energy demand and consumption profile of the household, the best way is to analyze how the house has behaved in the last year. “We must take into account at least the energy consumption of the last 12 months and include whether in the coming months or years there will be changes, such as electric cars or the installation of aerothermal systems,” says Elías Gómez. “In the current context, it is very important to take into account in the analysis if the use of gas in the home is going to be reduced and to include more electric systems.

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In the spirit of being more exhaustive, you can go one by one reviewing the electricity demand of each appliance and electrical system and multiplying it by the number of hours we expect them to operate while the photovoltaic panels are not producing at their maximum. So, for example, if we need the refrigerator, which consumes 50 Wh, to run for 12 hours regardless of solar production, we will need a battery capable of supplying 600 Wh per day.

The calculation must be repeated for each of the household appliances. The final sum will provide the data of the storage capacity we should count on according to our objectives. “Currently the batteries for an average home with an average installation of solar panels can mean between 7,000 and 9,000 euros of investment,” adds Elías Gómez. “The relevant thing is that European funds have created an item for this equipment that can be subsidized with up to 70 % of its cost”.

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A decade ago, having a home powered by photovoltaic panels with its own storage system was practically impossible due to the costs. Today, producing solar power is cheaper than burning fossil fuels in much of the world, according to IRENA data. And lithium battery prices have plummeted: they have fallen by 97% since 1991. Today, solar self-consumption is more affordable than ever.

Source: https://www.bbva.com/es/sostenibilidad/cuantos-paneles-solares-y-baterias-son-necesarios-para-generar-energia-en-una-casa

Morocco continues to make great strides in its commitment to renewable energies. And if it is doing so at such speed, it is largely because King Mohammed VI is the main supporter of this movement towards green energies. One of the many positive effects of this energy transition in the Alawi kingdom is the attraction of foreign investors who want to take advantage of this change to take part in various projects that make Morocco the leader in the MENA region (Middle East and North Africa) in terms of renewable energies.

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The Xlinks project being carried out by Morocco and the United Kingdom has a new investor that will contribute seven million dollars. This is the German-based company Conenergy, which will be part of the initiative that will bring green energy from Moroccan territory to the UK via a submarine cable. This is not a totally disruptive move, as the energy services company published a press release just a few days ago stating that Conenergy “is already investing in numerous infrastructure and sustainable energy supply projects”.

“Conenergy is thus the driving force behind the energy transition, heating and mobility,” the energy operator said. In response, Simon Morrish, CEO and founder of the company Xlinks, which is leading the project of the same name, believes that Conenergy’s investment “demonstrates the growing confidence of the markets and the industry in the project and the benefits it will bring”. The project aims to supply the UK with a capacity of 3.6 GW and a total generation capacity of up to 10 GW of wind and solar power that would be transmitted for an average of 20 hours per day.

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The importance of the arrival of Conenergy to the Xlinks project goes beyond the economic amount that the company will contribute. Its knowledge and experience in the sector is key to its entry into the initiative, as Morrish himself explained once Conenergy’s entry was made official: “We look forward to working with Conenergy as they bring their sustainability and solutions-focused approach to the world of energy”. He also welcomed founder and director Roman Dudenhausen and his entire team to the Xlinks family of investors.

The intention is for the 3,800-kilometer-long cable that will link the renewable energy platform in southern Morocco to the southwest of the UK to be operational by 2030. Importantly, this project is being led by Ground Control CEO Nigel Williams, who is responsible for installing the world’s longest subsea interconnector – it will be vastly surpassed by Xlink – the North Sea Link, which became operational on October 1, 2021 and links the UK to Norway via a 720-kilometer-long cable.

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The Xlink project represents a very important step forward for Morocco, which, over the course of this year, has launched several projects that bring it closer to the sustainable goal. Just two months ago, Rabat installed its first green hydrogen production system thanks to the joint initiative of the Research Institute for Solar Energy and New Energies (IRESEN) and the Mohammed VI Polytechnic University (UM6P). The basis of this project lies in the production of carbon-free hydrogen through an electrolyzer and solar photovoltaic panels, as well as the production of methane, ammonia and some green fuels.

Source: https://atalayar.com/content/conenergy-nuevo-inversor-en-el-proyecto-de-energias-renovables-de-marruecos

In the last year, the search for the term “solar panels” has increased by 70%. The increase in the price of electricity, the paradigm shift in Spanish and European legislation in favor of renewable energies, geopolitical conflicts and awareness of the climate crisis have been some of the causes that have led to this exponential growth in the renewable energy sector.

In this context, despite the increasing popularity of alternative energy sources, there are still many doubts among users.

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Saving from day one

The increase in the price of electricity has made the decision of whether or not to install solar panels increasingly simple. Although the installation of a photovoltaic system involves an investment, this is amortized from the first month. Solideo guarantees that, if before the installation you were paying 100 € on your electricity bill, with solar panels, you can save more than 50% on your bill and pay less than what you were paying before, even if you have requested financing. In addition, there is the possibility of returning the surplus energy generated to the public grid and obtaining economic benefits.

How many solar panels do I need?

In the preliminary study that must be carried out before starting the project, an engineering team evaluates the real needs of the home and sizes the project according to its energy needs. In the previous technical studies that Solideo offers free of charge, the engineering team evaluates the specific needs of each home or business. Based on these reports, the number of panels and the characteristics of the equipment that will transform and deliver energy are calculated.

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Microinverters, the most advanced option on the market
At the time of making a photovoltaic installation, there are two solutions to switch from direct current from the plate to alternating current: a central inverter or microinverters.

Currently, the most advanced option on the market is the installation with microinverters, since, unlike the central inverter, it allows each panel to work independently, so it does not matter what happens with a panel, the rest of your system continues to work flawlessly. In addition, as the microinverter is installed under the photovoltaic panel, it avoids the installation of bulky equipment inside the house as it happens with the central inverter.

The panels also generate energy on cloudy days.

The sun is always there. Even if we do not see it on rainy or cloudy days, we always receive solar energy. Spain is a privileged country in this respect. Even in the northernmost regions of the peninsula, sunny days exceed those of most European countries.

However, it is also true that, on days with less solar incidence, energy collection decreases considerably. For this reason, within the solar self-consumption system, accumulation equipment is installed for days of lower generation.

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Subsidies, the big incentive

Through the autonomous communities, the Ministry for Ecological Transition and Demographic Challenge has created subsidies for solar energy. Under the administration of the communities, there are many financing systems that allow the purchase and installation of self-generation systems. These subsidies vary in each community, but in all Spanish regions there are subsidy systems. In addition, some municipalities have created independent subsidies to finance and enable the energy transition.

becoming independent from the usual

Given the increase in the number of companies “specialized in solar panels”, it is important to analyze which is the best option for the photovoltaic installation of your home, bearing in mind that solar panels are only the beginning of the path towards a change in the energy model.

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Solideo is committed to offer you energy efficiency solutions that not only cover your needs today, but also tomorrow’s, advocating energy independence, the latest technology in all products and our own installers with all quality certificates.

Source: https://www.elnacional.cat/es/sociedad/todo-tienes-saber-placas-solares-antes-decidir-instalar_918282_102.html

The European Commission and the Ukrainian government have insisted on the urgency for the European Union to lower its dependence on other countries for critical raw materials following the situation left by the war over Moscow’s resources and assured that they will strengthen their cooperation in this area since Ukraine has significant reserves of the same. On Tuesday Kiev signed a memorandum of understanding with the European Bank for Reconstruction and Development to modernize the management of Ukrainian geological data, after they sealed with the EU in July 2021 a strategic agreement on raw materials.

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“The European energy crisis caused by Gazprom’s manipulative actions and blackmail showed us all that critical dependence on a single supplier leads to disastrous consequences, that is why we must prevent the repetition of a similar scenario in the sphere of raw materials to strengthen mutual resistance to possible future crises,” Ukrainian President Deny Schmyhal has said.

During his telematic speech at a conference on raw materials organized in Brussels, the Ukrainian president explained that the Russian invasion has forced to postpone the plans they had to implement the strategic partnership with the EU in 2022, but he defended that Ukraine can be an important partner for the EU-27. Ukraine, he recalled, was last year among the ten largest producers in the world of materials such as titanium, magnesium, zirconium or graphite, among others, and has deposits of 20 of the 30 minerals identified as critical by the EU.

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“We are ready to join efforts with the EU to strengthen strategic autonomy and achieve complete independence of Russian resources,” said Schmyhal, who called for his country to be a “fundamental part” of the Critical Raw Materials Act to be presented by the European Commission in the first quarter of 2023. For European Commission Vice-President Maros Sefcovic, the EU-Ukraine partnership can “bear fruit for both sides.”

On the one hand, it will help Ukraine to “bring its policies and regulatory frameworks closer to the EU, as well as to develop and better integrate its value chains in raw materials and batteries” within the European single market, while “creating impulses for reconstruction, economic development and employment”. The EU-27 will benefit from further diversification of its raw material sources and a strengthening of its industrial base and “know-how” that are “crucial to preserving its global competitiveness,” according to Sefcovic. “By working together with like-minded countries, such as Ukraine, but also the United States, Canada, Norway, Greenland and the Western Balkans, we can also prevent critical raw materials from being used as a weapon,” the EU vice president said.

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The raw materials considered critical are essential for the ecological and digital transition, as they are used in everything from solar panels to wind turbine blades and a large part of digital devices. These include titanium, lithium, magnesium and rare earths, among others. China is the main supplier of many of them, particularly rare earths, but Russia is, for example, Europe’s largest supplier of palladium, which is essential for chip manufacturing.

Source: https://www.lainformacion.com/economia-negocios-y-finanzas/ue-ucrania-cooperan-reducir-dependencia-materias-primas-rusia/2876900

TEGUCIGALPA, HONDURAS – Various sectors of society applauded the announcement by the President of the United States, Joseph Biden, of the investment of more than 52 million dollars to improve the electrical system of Honduras.

The millionaire project includes the installation of solar panels, which will be done through a loan guarantee, through the Export-Import Bank of the United States, which will grant the firm J.P. Morgan, which will finance the purchase of Banco Atlantida, for the purchase of the solar panels.

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For the analyst, Raúl Pineda Alvarado, with this millionaire investment Honduras will enter the stage of energy reconversion that will bring with it a cheaper energy and will favor the environment.

He also considered that Biden’s announcement will create scenarios for legal certainty in the country.

“If this amount of money is going to be available under favorable terms to promote private initiative to replace this energy based on hydrocarbons and use the energy of nature, basically that generated by the sun, Honduras can enter a stage of energy conversion that is favorable to lower energy costs and to favor the environment, and create the right scenario for good investment,” said Pineda Alvarado.

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For his part, economist Ismael Zepeda, researcher of the Social Forum on Foreign Debt and Development of Honduras (Fosdeh), said that the investment follows a promise made by the Vice President of the United States, Kamala Harris, to promote projects for energy conversion in the region.

“In the first place, we must remember that there is a promise made by Kamala Harris, to have certain investments and even in the energy issue, which had already been announced and it is then that the fulfillment of that promise that the energy reconversion, especially linked to the sustainable development goals and where through the COP 27, they are practically giving a boost to this issue,” he said.

He said that in the case of Honduras, in the project there is a financier and an outsourcer “which is important to highlight, in this case Banco Atlántida becomes a supervisory entity, overseeing the resources, but also a counterpart of the State, not only giving the money to the government but also that there are certain disbursements, certain administration through a private entity, then it is linked to this vision of being able to exercise financial oversight on the part of the private sector, that would be the innovative thing”.

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Honduran Foreign Minister Enrique Reina welcomed the announcement on social networks.

“We welcome President Biden’s announcement in the framework of the G20 in Bali, Indonesia, of investment in solar energy infrastructure in Honduras for US$52 million through the US Export-Import Bank,” Reina wrote on his social networks.

Source: https://www.elheraldo.hn/economia/sectores-aplauden-millonaria-inversion-de-biden-en-honduras-ON10954082