Hypha DAO’s Post

OMC MED Energy 2025 OMC MED Energy 2023 closed on October 26th, marking a significant milestone in its thirtieth year. The event's success is evident in the numbers: over 14,000 attendees, more than 400 booths from 27 countries, and delegations from Cyprus, Lebanon, Algeria, Egypt, Mozambique, Iran, Malta, and Libya. The event featured distinguished participants in the four institutional panels, substantial contributions from the Italian government and the European Commission, 10 strategic sessions with stakeholders, experts, managers, and entrepreneurs, 18 technical sessions, and 26 commercial presentations. Notably, there was enthusiastic participation in the four sessions of the Innovation Room, including the Starting up Challenge-ORa!, Energy Hackathon, Call4ideas MED, and Energy Transition4Highschool, where a diverse array of participants, including an Israeli start-up and researchers from Algeria, Turkey, Morocco, and Iran, took part. Additionally, over 600 students visited the event during its duration. Beyond the sheer numbers and attendees, OMC 2023 stood out for its rich and strategic content. Over the course of three days, complex topics were explored, including the prospects for hard-to-abate companies. Discussions spanned various tables on decarbonization, fusion, hydrogen, energy security, and digitalization—crucial themes not only for energy companies but for the future of all. In the event's final panel, the pressing issue of sustainable mobility was addressed, featuring the participation of companies and associations from the rail, maritime, and aviation transport sectors. https://buff.ly/49ChSYT

Title: Collaborative Partnerships: Catalysts for Renewable Energy Innovation in Startups In today's rapidly evolving energy landscape, collaboration and partnerships play a pivotal role in driving innovation within the startup ecosystem, particularly in the realm of renewable energy. Startups often face numerous challenges, from limited resources to regulatory hurdles, which can impede their ability to bring groundbreaking ideas to fruition. However, by fostering strategic collaborations with industry incumbents, research institutions, and governmental bodies, startups can leverage collective expertise, resources, and networks to accelerate the development and adoption of renewable energy technologies. These partnerships not only facilitate knowledge exchange but also provide startups with access to crucial funding, infrastructure, and market insights, enabling them to scale their innovations more effectively. Furthermore, collaborative partnerships enable startups to navigate complex regulatory frameworks and overcome barriers to entry in the renewable energy market. By forging alliances with policymakers, regulatory agencies, and advocacy groups, startups can actively participate in shaping policies that promote renewable energy adoption and create a conducive environment for innovation. Moreover, partnerships with utilities and energy service providers can facilitate the integration of renewable energy solutions into existing infrastructure, paving the way for widespread deployment and commercialization. Ultimately, by embracing collaboration and forming strategic partnerships, startups can drive transformative change in the renewable energy sector, paving the way for a more sustainable and resilient future. TalentServe

Unlock the Power of Organization with Notes in KanBo: A Minute to Master - Dive into the functionality of Notes in KanBo, your go-to card element for holding critical information and contextualizing card content—a perfect fit for the renewable energy industry. - Learn how to seamlessly add and manage notes on any KanBo card in just 60 seconds. Whether it's project details, sustainability goals, or team insights, keeping everything organized has never been easier. - Explore the enriching capacity of rich text formatting within your notes. Discover how to:  - Bold, italicize, or underline important text  - Highlight crucial quotes for quick reference  - Employ numbering and bullet points for structured clarity  - Effortlessly create and manage checklists right within your notes for tasks, equipment lists, or project milestones - Understand the intuitive process for adding multiple notes to a single card, ensuring no detail is ever missed. - Watch how simple it is to delete notes, keeping your KanBo space updated and reflective of current project statuses. - Learn that Notes is just the tip of the iceberg. KanBo offers an extensive range of features designed to enhance productivity, encourage collaboration, and innovate workflows specifically in the renewable energy industry. From advanced project and task management to integrated document handling and real-time analytics, KanBo is equipped to meet the dynamic needs of your sector.    Empower your renewable energy projects with KanBo’s Notes and beyond. Discover a platform where strategy, innovation, and team collaboration align to drive success.

Title: Harnessing Innovation: Exploring Renewable Energy Investments in the Startup Ecosystem Renewable energy investments have emerged as a beacon of hope in the global pursuit of sustainable development. Within the startup ecosystem, opportunities abound for investors keen on fostering innovation in renewable energy technologies. From solar and wind to hydro and geothermal, startups are spearheading groundbreaking initiatives, offering innovative solutions to combat climate change while tapping into lucrative market opportunities. These startups often leverage cutting-edge technologies such as AI and blockchain to enhance efficiency, reduce costs, and increase accessibility, thus attracting a diverse range of investors eager to capitalize on the transition to clean energy. In recent years, several trends have shaped the landscape of renewable energy investments in the startup ecosystem. One prominent trend is the rise of impact investing, where investors prioritize not only financial returns but also positive environmental and social impacts. Additionally, regulatory support and government incentives have played a pivotal role in driving investment flows into renewable energy startups. Furthermore, the increasing integration of renewable energy into existing infrastructure, such as smart grids and energy storage systems, presents new opportunities for startups to innovate and disrupt traditional energy markets. As the world accelerates towards a sustainable future, renewable energy investments in the startup ecosystem are poised to catalyze transformative change while generating substantial returns for investors committed to driving positive environmental outcomes. TalentServe

Reducing Carbon Footprints with Local Renewable Energy Solutions Every year, electricity generation emits 34 billion tonnes of CO2 globally. At Rowan Energy, we're tackling this challenge. We do it by empowering communities to make their own renewable energy right where they live. 🌍 Local Production, Global Impact Using our MID-certified SmartMiners, we're tracking energy production and rewarding it. Here’s how our innovative system works to transform every household into a power hub: 💡 Rewarding Sustainable Energy Participation Our technology uses a proof-of-generation consensus mechanism. Keep in mind, this does more than verify energy production: • Mint tokenised carbon offset certificates: These can be sold on the market, turning your solar energy into profits. • Earn from energy production: Earn 10p for every kWh of energy generated, incentivising the continued use of solar energy. 🔗 Empower and Earn Soon, our platform will allow you to sell excess solar energy directly to your neighbours. All through a peer-to-peer (P2P) energy grid. This supports local energy resilience, promotes community interaction, and cooperation in sustainable practices. 🌱 Join Our Green Revolution At Rowan Energy, we believe in incentivising sustainable energy production, one SmartMiner at a time. We are on a mission to make renewable energy rewarding and accessible. Reducing global carbon emissions and growing access to renewable energy. If you’re interested in ReFi, DePIN, or how blockchain can help the environment, visit www.rowanenergy.com.

A revolutionary floating energy platform could transform the way people generate power in the future. This innovative design allows for the production of renewable energy offshore. The energy generated can then be transmitted back to land via underwater cables. This technology has the potential to significantly reduce greenhouse gas emissions. It can also provide clean […]

Abraxas Power and EDF are jointly setting up the EVREC (Exploits Valley Renewable Energy Corporation) power-to-gas project in Central #Newfoundland. This includes 3+ GW of onshore #windenergy capacity and plans to use #hydrogen to store the energy and convert it to #ammonia to move the energy to end-use markets. Behind-the-meter pricing proposed is key to such projects in keeping production costs lower. Construction is expected to start in 2026 and end by 2030. The project anticipates generating about 200,000 tons of hydrogen from water and about 1,000,000 tons of ammonia from that hydrogen annually.

BEYOND FINANCING FOR THE SOLAR TRANSITION: The integration of innovative technologies, coupled with regulatory support, creates opportunities for solar companies to enhance accessibility, efficiency, and sustainability. However, scaling up requires overcoming not only financial but also operational challenges. KEY MARKET DEVELOPMENTS: • Expansion Targets Germany aims to achieve a PV capacity of 215 GW by 2030, doubling current levels. This includes a balanced mix of rooftop and ground-mounted systems, with consistent annual additions. • Battery Storage Boom Over 1.2 million battery systems, with 12.6 GWh capacity, have been installed, supporting energy independence and stability. The trend highlights the synergy of PV systems and storage to optimize self-consumption. • Technology Leadership Recent advancements include solar cells with efficiencies surpassing 24%, positioning Germany as a hub for cutting-edge research and development, yet Germany has to overcome certain challenges for meeting the standards. We aim to support the renewable energy sector by providing tailored financing solutions that address the unique challenges faced by solar companies including operational solutions. LIGHTING UP THE SOLAR TRANSITION: • Strategic Financing We offer customized financing solutions to facilitate capital access for solar projects including Green Bonds, SPVs… • Capital Access Offering tailored financial products to support both large-scale projects and localized installations. • Efficiency Optimization Aimin to Optimize the integration of high-performance PV and storage systems, enhancing ROI. • Technology Integration and Collaborations Supporting the adoption of innovative technologies to enhance product offerings and sustainability. Get in touch with us, and let’s start your company’s transition, today 

The role of analytics is becoming crucial to drive the energy transition forward. As we aim to reduce carbon footprints and enhance energy efficiency, advanced analytics provide the insights necessary for making informed decisions. Through data analytics, energy companies can optimize operations, forecast demand with precision, and integrate renewable energy sources effectively. Analytics not only helps in understanding current energy usage patterns but also in predicting future trends, enabling a proactive approach to energy management. By leveraging analytics, organizations can identify inefficiencies, optimize resource allocation, and ultimately reduce operational costs while contributing to sustainability goals. One of the most significant benefits is the ability to maintain grid stability despite increased incorporation of intermittent renewable sources like solar and wind. Predictive analytics allow for better grid management and reliability, ensuring energy supply meets fluctuating demand without compromising performance. As we continue to innovate, it's clear that analytics will be at the heart of this energy transformation, providing transparency and actionable insights that empower industries to make sustainable choices. To read more about this, click here --> [Utility Dive Article](https://lnkd.in/gQB2U-i2)

🔎 International Energy Agency (IEA) has published its first report on batteries ‘Batteries and Secure Energy Transitions’. | #KeepInTouch This report says that battery storage in the electricity sector was the fastest growing commercially available energy technology in 2023, with deployment more than doubling year on year. 📈 ◾ Lithium-ion batteries have outclassed alternatives over the last decade, thanks to 90% cost reductions since 2010, higher energy densities and longer lifetimes. ◾ Achieving COP28 targets will hinge on battery deployment increasing sevenfold by 2030. Batteries are key to the transition away from fossil fuels and accelerate the pace of energy efficiency through electrification and greater use of renewables in power. ♻ ◾ To triple global renewable energy capacity by 2030 while maintaining electricity security, energy storage needs to increase six-times. To deliver this, battery storage deployment must continue to increase by an average of 25% per year to 2030. 📊 ◾ Policy makers and regulators need to take action to support their deployment and minimize barriers and bottlenecks for batteries to scale up as necessary to support ambitious clean energy transitions. In this scenario, they need to work with national and international partners and with industry to support the development of battery supply chains that are secure, resilient and sustainable. Behind-the-meter battery storage is quickly gaining momentum, with 30 GW installed worldwide already. However, its competitiveness is highly dependent on elements such as tariff structure, proper policy and regulatory frameworks, which are vital to their continued deployment. In the NZE Scenario, about 60% of the CO2 emissions reductions in 2030 in the energy sector are associated with batteries, making them a critical element to meeting our shared climate goals. 🔋 Source: International Energy Agency (IEA)