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Author: Etheras Energy Solutions

Nordic Solar and Helios Nordic Energy Partner to Develop Major Solar Projects in Southern Sweden

Nordic Solar, a Danish company specializing in solar energy solutions, has entered into a partnership with prominent Swedish solar developer Helios Nordic Energy AB to build four solar power facilities in southern Sweden. The collaboration is set to bolster solar energy usage in the region significantly.

The combined output of these solar facilities is projected to reach 220 MWp, with power provision capable of meeting the electricity needs of approximately 44,000 households. This initiative aims to cater to both residential consumers and business operations.

“The surge in green energy demand, alongside the swift shift from fossil fuels to renewable sources, has created an urgent need for increased electricity generation capacity, particularly within Scandinavia,” stated Nikolaj Holtet Hoff, CEO of Nordic Solar. “We are thrilled to collaborate with Helios Nordic Energy on developing these four new solar parks in southern Sweden, a venture that supports this transition.”

Andreas Tunbjer, Managing Director of Helios Nordic Energy AB, added his thoughts: “Our entire team at Helios is excited about this partnership with Nordic Solar. We’re aligned in ambition and expertise, and we look forward to enhancing the supply of sustainable electricity in southern Sweden. This significant undertaking will benefit Swedish electric consumers and contribute positively to environmental sustainability.”

The anticipated timeline for completion of these solar parks spans from 2023 to 2025, marking a milestone in Scandinavian efforts toward expanding green energy infrastructure, supporting both economic growth and environmental goals.

European Energy Leaders to Convene in London for Critical Climate Action Summit

Reuters Events has revealed the next installment in their Energy Transition series—Energy Transition Europe 2022, set for November 15-16 in London.

While the industry has made strides, Europe’s measures to tackle climate change have been insufficient. Significant, urgent, and effective climate action from the energy sector is essential to address the considerable threats to European markets.

Energy Transition Europe will gather the top energy, industrial, and governmental leaders from across the continent to challenge existing conditions, provide tangible routes to sustainable business practices, and expedite progress toward a net-zero Europe.

More than 400 European energy leaders—including decision-makers, C-suite executives, and innovators—will convene in London to engage in two days of discussions on sustainability strategies, practical learning, in-person networking, and market transition analysis.

With COP27 as a backdrop, industry innovators and boardroom leaders will address key challenges in European market governance and chart a course for a secure and sustainable supply amidst escalating geopolitical tensions. Reuters Events will take an in-depth look at the green grid envisioned for the future and examine the necessary step-by-step changes to realize a post-transition industrial economy in Europe.

The event will focus on five key areas: Accelerating the European Transition, EU Market Governance, Energy Security, Electrification & Digital Transformation, and Industry & Supply Chains. Energy Transition Europe aims to tackle the main challenges confronting energy transition specialists and meet the urgent need for profound decarbonization throughout Europe.

As the energy transition gains momentum in the European market, it begs the question: are we progressing adequately? How proficiently are major European organizations transforming climate plans into action?

These are pivotal inquiries in this critical challenge of our era, and I eagerly anticipate insights into the short and long-term prospects from European energy market leaders.

For those interested in participating in the summit, further information is available.

Nordic Solar Expands Renewable Energy Portfolio with Major Solar Park in Portugal

Nordic Solar, a Danish energy company, is enhancing its energy portfolio by establishing a solar power facility spanning 80 hectares. This solar park, named Ínsua, is situated in the Alentejo region of southeastern Portugal and is poised to provide clean energy to 35,000 households.

Nordic Solar is committed to broadening the accessibility of green energy for more households throughout Europe. They take pride in the substantial, positive impact that the new Ínsua solar park will bring to Portugal. The country aims to significantly reduce its CO2 emissions by doubling its renewable energy production by 2030. Given Portugal’s high levels of sunshine, solar power is set to play a critical role in this transition.

Nikolaj Holtet Hoff, CEO of Nordic Solar, remarked on the importance of these developments.

The development and construction of the Ínsua solar park were carried out by Nordic Solar’s project partner, Chint Solar, with a focus on optimization from the beginning. The park employs a single-axis tracking system that follows the sun’s movements, maximizing the absorption of sunlight and increasing electricity generation.

Based in Copenhagen, Denmark, Nordic Solar was established with the goal of developing, constructing, and operating large-scale solar parks across Europe.

Since its inception in 2010, Nordic Solar A/S has witnessed significant growth. With a capacity of 326 MWp in solar panels distributed across Europe, the company ranks among the top 50 solar energy providers in the continent. Ongoing exploration of new acquisition opportunities and partnerships continues to be a priority for both the company and its stakeholders. The importance of solar energy today cannot be overstated, according to CEO Nikolaj Holtet Hoff.

The Ínsua solar park marks Nordic Solar’s largest installation to date, contributing to the company’s ambitious objective of achieving 1 GWp of solar capacity by 2025.

To support the execution of the project’s power purchase agreements (PPAs), Nordic Solar will collaborate with Our New Energy as an adviser, partner with Axpo, and work alongside financial partner Banco Sabadell, S.A.

Midsummer Secures €58.5 Million Solar Partnership with Italian Firm PugliAsfalti

Midsummer, a solar enterprise located in Sweden, has entered into a five-year, multi-million euro partnership with PugliAsfalti, an Italian roofing firm.

Under the terms of the agreement, PugliAsfalti will acquire up to 6.5 MW of thin-film CIGS modules from Midsummer, investing €11.7 million annually, which culminates in a total investment of €58.5 million over the duration of the contract. These CIGS panels are intended to be distributed to both current and future clients, primarily throughout southern Italy.

PugliAsfalti has been a prominent player in the roofing industry since 1953, excelling in medium-sized roof installations primarily in Italy’s southern regions. Recently, the company has successfully ventured into the environmentally-conscious building sector, focusing on integrating photovoltaic systems seamlessly into roofing structures. This niche has flourished in Italy, buoyed by the country’s 110% “eco bonus,” which incentivizes property owners to adopt solar energy installations.

This established company presents an ideal platform to introduce our cutting-edge solar roofing solutions. It marks the third similar strategic pact aimed at ensuring market penetration for products from our newly inaugurated Bari factory. Currently, we have prearranged commitments accounting for 15 MW of the facility’s 50 MW annual production capacity, stated Midsummer’s CEO, Sven Lindström.

The contract also stipulates that Midsummer will procure up to 30,000 square meters of TPO (thermoplastic polyolefin) roofing membranes from PugliAsfalti annually, agreeing on a rate of €100 per square meter. The purchase volume remains flexible for both parties, with provisions in place for price adjustments contingent upon specific conditions.

Midsummer’s collaboration with PugliAsfalti is the third such agreement forged with Italian roofing businesses within the last quarter. In a preceding arrangement, Unimetal, a roofing and building materials supplier based in Turin, committed to purchasing 25 MW of thin-film CIGS modules from Midsummer, with the transaction approximate to €45 million. Additionally, in December, Medacciai, a producer specializing in bespoke curved metal roofs, consented to procure 17.5 MW of solar modules from Midsummer over five years, totaling €31.5 million.

Anticipation is also growing for Midsummer’s upcoming grand-scale factory in Bari, designed to produce thin-film CIGS solar cells. Set to commence operations by late 2022, this facility is poised to establish Midsummer as the leading manufacturer of thin-film solar cells across Europe.

Resilient Adaptation: EU PVSEC 2020 Navigates Pandemic Challenges with Digital Innovation

Last month, the European Photovoltaic Solar Energy Conference and Exhibition (EU PVSEC) convened for its annual event. While each year brings unexpected events in the solar sector, it’s clear that no one in 2019 could have predicted the lead up to the 2020 EU PVSEC event, which unfolded amid the challenges posed by the coronavirus pandemic.

However, true to the spirit of resilience, the EU PVSEC organizers committed to ensuring “the show must go on,” delivering a remarkable—albeit different—edition of their yearly gathering. I had the pleasure of engaging with Mr. Jonas Bergmiller, Managing Director of Events at WIP Renewable Energies, and Dr. Robert Kenny, the EU PVSEC Technical Programme Chair, for an insightful interview exploring the 2020 event.

**What makes EU PVSEC unique for those unfamiliar with it?**

*Mr. Jonas Bergmiller*: EU PVSEC is among the longest-standing and largest solar specialist conferences. What sets it apart is its extensive range of topics, from nanotechnologies and studies of materials, cells, and modules, to Digital PV Systems and Grid, spanning the entire PV value chain. It offers a globally recognized platform focused solely on the PV solar sector, enabling participants to delve into the latest developments and explore synergies across various innovations.

*Dr. Robert Kenny*: A key highlight is the prestigious Alexandre Edmond Becquerel Prize, awarded during the conference’s opening session to honor exceptional contributions to photovoltaic solar energy development. Established by the European Commission in 1989, this year’s prize recognized Prof. Henry Snaith for his pioneering work on perovskites.

**How did the pandemic impact your event?**

*Dr. Robert Kenny*: It was heartening to witness participants worldwide engaging with our inaugural online EU PVSEC, featuring over 850 live presentations. This commitment to stay connected with the global community is commendable.

*Mr. Jonas Bergmiller*: Transitioning such a sophisticated event to a digital format posed significant challenges. We invested heavily to ensure its continuity, seeing it as a vital contribution to the PV community during an extraordinary year. The positive feedback reflects its success, with attendance nearly matching that of a traditional year.

While this year was challenging for conference and exhibition organizers globally, some silver linings emerged within Europe. Emission reductions and improved air quality, spurred by lockdowns and increased teleworking, showcase the possibility of a cleaner future, though sustained impact requires further structural change.

*Mr. Jonas Bergmiller*: In Europe, the recovery seems to have invigorated the EU’s Green Deal efforts to establish a sustainable economy.

**What were the major achievements or notable outcomes of this year’s conference?**

*Dr. Robert Kenny*: The closing session highlighted advancements in silicon, with a focus on bifacial cells. Notably, Europe achieved its first 25% efficient large-area silicon solar cell, marking a path toward premium PV manufacturing. Perovskites drew significant attention, with promising outcomes in scalability and stability. Future prospects like perovskite-on-silicon tandems were discussed as potential game-changers, alongside record efficiencies for OPV cells and CIGS modules. Diversified applications such as BIPV, agri-PV, and power-to-X are producing substantial results, complemented by more robust socio-economic and policy-related research.

*Mr. Jonas Bergmiller*: A digital conference’s advantage lies in its comprehensive recordings, allowing participants to access content at their convenience.

**What steps can be taken to make the solar industry greener?**

*Mr. Jonas Bergmiller*: As solar installations expand, sustainability grows crucial. Sessions tackled topics like silicon cell recycling and emphasized sustainable design and manufacturing improvements. Innovative materials such as perovskites promise to enhance efficiency and reduce resource footprints.

**How can the EU support solar tech manufacturing growth amidst recent challenges?**

*Mr. Jonas Bergmiller*: The European Green Deal positions solar as Europe’s leading energy source, providing a basis for green industry transformation and job creation. Implementing eco-design standards, investing in research, and supporting workforce training are essential.

*Dr. Robert Kenny*: The EU PVSEC remains committed to driving these important conversations.

**Looking ahead to 2021, what’s on the agenda?**

*Dr. Robert Kenny*: We aim to host a physical conference in September, allowing participants to fully experience networking opportunities in Lisbon. The technical program will reflect the significance of emerging materials and solar energy growth.

*Mr. Jonas Bergmiller*: Our participants look forward to re-engaging in person, facilitating discussions, reflection, and knowledge sharing that are challenging to replicate digitally.

**Final Thoughts**

*Dr. Robert Kenny*: I previously emphasized the necessity of expanding renewable energy sources, particularly photovoltaic, for future energy integration. The ongoing crisis has intensified this urgency.

*Mr. Jonas Bergmiller*: The scientific community’s response and policy announcements have been encouraging, yet complacency isn’t an option.

We express our gratitude to Mr. Jonas Bergmiller and Dr. Robert Kenny for their insights. We eagerly anticipate the next EU PVSEC and the exciting developments it will bring.

Brexit’s Aftermath: Navigating Challenges and Opportunities for the UK’s Solar Industry

Currently, the United Kingdom is experiencing a significant shift in its economy and society. The Brexit referendum on June 23, 2016, resulted in a majority of Britons opting to leave the European Union (EU), marking the beginning of a new chapter for the UK in global affairs. For supporters of Brexit, this move signifies restoring London’s sovereignty, free from the perceived overregulation and bureaucracy of Brussels.

Conversely, to those who opposed Brexit, the UK’s exit is seen as a potential disaster for the country’s economy and its influence within the international community, as it loses its official role in Europe’s most formidable institution. Regardless of one’s stance, the departure from the EU has major ramifications for the UK’s solar and broader renewable energy industries.

### The Journey to Brexit

To understand the current and future landscape of the UK’s solar industry, it’s crucial to reflect on the developments since the Brexit referendum, as these pivotal moments shape its current state.

Although the 2016 vote to leave the EU was a narrow majority—52% in favor of Brexit, 48% against—the significant economic and geopolitical consequences promised by Brexit prompted many Britons, including politicians and citizens, to call for the Parliament to either block Brexit altogether or hold a second referendum.

These appeals intensified over the years due to ongoing economic turbulence and the inability of Prime Minister Theresa May’s government to secure a majority for a Brexit deal in Parliament. Nevertheless, Brexit was enacted on January 31, 2020. Still, smooth sailing is far from guaranteed, with 2020 presenting considerable challenges for the British government.

### Milestones of the Year

After leading the Conservative Party to a substantial electoral victory in December 2019, UK Prime Minister Boris Johnson’s government secured a Brexit deal passed by Parliament, officially leaving the EU on January 31, 2020. A “transition period” lasting until December 31, 2020, ensures that trade and continental engagement continue largely unchanged, although the UK has lost its voting rights in the EU.

During this transitional phase, the UK and EU aim to solidify a new trade agreement to govern future interactions. It is anticipated that a UK-EU summit in June could conclude with a finalized trade deal, assuming both sides reach a consensus. Failing an agreement or extension of talks, a “no-deal” Brexit might result.

In this event, the UK would default to World Trade Organisation rules for trading with the EU. Some advocates view this as the ideal outcome, but many economists warn that it could severely harm the UK’s trade and logistics infrastructure. A November 2018 report by the UK’s National Audit Office projected a surge in customs declarations from 55 million annually to 260 million if no deal materializes.

### Impact on the UK Solar Industry

With this backdrop, we can better understand the impact on the UK solar sector, both past and present, and anticipate future developments.

The notable conclusion of recent years is the prolonged instability caused by the drawn-out Brexit process. Regardless of whether one supports or opposes Brexit, the uncertainty’s negative impact on the UK economy is undeniable. Even with Brexit’s clarity, years of uncertainty lie ahead.

### Current Status of UK Solar

In evaluating Brexit’s effect on the solar industry, one must acknowledge that the UK isn’t synonymous with sunshine—quite the contrary. While cities like Manchester, Cardiff, and Glasgow are known for rain, the UK isn’t as rainy as perceived, ranking as the 70th rainiest nation globally. Despite its geographic challenges, the UK’s solar endeavors are commendable, with significant public support for solar and renewable energy.

### Transition Era

In June 2019, the UK enacted a law targeting net-zero emissions by 2050. By 2019, the UK had already reduced emissions by over 43% from 1990 levels. Notably, emissions in 2018 were 2.5% lower than in 2017, demonstrating the growing momentum behind sustainable technologies and policies in both public and private sectors.

Despite these advances, the future for UK solar remains complex. Even with a favorable deal striking between the UK and EU, the UK will navigate an unfamiliar landscape, with expectations it will take until at least the mid-2020s to approach normalcy. While the British public has supported solar adoption, the industry has faced setbacks. By 2016, around 800,000 homes had solar installations, and 2018 surveys indicated widespread interest. However, the Imperial College London target of 10 million homes by 2020 remains unfulfilled, with just over 1 million installations currently estimated.

The Feed-in Tariff scheme, which ended in March 2019, was replaced by the Smart Export Guarantee (SEG) from January 2020. While SEG offers some returns for energy fed back into the grid, it doesn’t match the certainty of its predecessor, leaving many hesitant to invest in solar without strong assurances on return on investment.

### Looking Ahead

With many Brexit uncertainties now resolved, the UK solar industry stands resilient. Still, unresolved issues could significantly impact the sector. In case of a no-deal Brexit, UK businesses will face increased paperwork and financial challenges as the country exits the EU VAT and customs union.

The solar industry’s fate may also suffer from political missteps, such as the proposed VAT hike on solar battery systems. Criticism from the Renewable Energy Association highlighted this move as contradictory to government climate commitments, revealing Brexit is not the sole hurdle for solar growth.

Furthermore, the future of UK solar may face challenges from competing priorities, such as Scotland’s leadership in wind energy, provided Scotland remains in the UK.

### Embracing New Trade Opportunities

Even if a trade deal with the EU is finalized, it will likely not afford the UK the same economic benefits previously enjoyed. Brexit proponents argue the UK can pursue free trade agreements globally, but it is crucial to remember the competitive landscape has changed since the UK last negotiated such deals independently.

As countries like Canada and Australia have diversified their trade partnerships, forging new alliances will be complex for the UK. The world has evolved since the UK joined the European Economic Community in 1973. Future growth is anticipated in Asia, Africa, and Latin America, potentially surpassing Europe’s largest economies. This shift could provide an opportunity for the solar sector to thrive, especially if a “no-deal” Brexit fuels domestic solar installations as households seek energy security amidst instability.

### Conclusion

Even without the Brexit uncertainty, 2020’s challenges were amplified by the outbreak of COVID-19, which disrupted supply chains and impacted many industries, including solar. Some businesses, less reliant on Chinese panels, might not face the same disruptions, but consumer spending patterns are likely to change.

As Brexit proceeds, the best move for the solar industry would be a swift, orderly exit, allowing a return to policies fostering growth. With an end to the long wait, the industry can regain momentum and continue its contribution to a sustainable future.

Share your thoughts on the current state of the UK solar industry and the long-term effects of Brexit in the comments below.

Banque des Territoires Acquires 50% Stake in Total’s Wind and Solar Portfolio to Boost Renewable Energy Efforts

This morning, Banque des Territoires and Total finalized an agreement where Banque will obtain a 50% equity stake in Total Quadran’s portfolio of wind and solar assets. The portfolio consists of 11 wind farms and 35 solar power installations, collectively producing 143 MW of energy.

Philippe Sauquet, President of Gas, Renewables, and Power at Total, announced that the deal provides a substantial influx of capital that Total can leverage to grow its operations, while offering Banque a significant return on investment.

“The involvement of a new partner in our operational projects follows the refinancing executed earlier this year and aligns with our renewable energy development strategy, targeting over a 10% return on equity,” Sauquet remarked.

Total Quadran administers over 300 renewable energy facilities across France, generating upwards of 850 MW. The company’s green portfolio helps prevent the emission of more than 550,000 tons of CO2 each year.

Banque des Territoires: Advancing Renewable Energy

Emmanuel Legrand, Director of the Department of Energy and Ecological Transition at Banque, views this acquisition as another critical milestone in the institution’s commitment to fostering renewable energy growth.

According to Legrand, this collaboration is expected to foster “more sustainable and environmentally conscious communities.”

“This acquisition perfectly aligns with our goals: supporting the deployment of new renewable projects within France,” he stated.

A Dynamic Year for Banque

Alongside acquiring a 50% share in Total’s wind and solar properties, Banque announced earlier this month the completion of a town hall in Viens, constructed from natural materials such as mud, bricks, and straw.

Other noteworthy initiatives progressing this year include exploring hydrogen-powered trains, rolling out fiber-optic internet in rural areas of France, and establishing a platform to facilitate communication between citizens and their local mayors concerning environmental and health matters.