EEIP Leads the Way in Transparent and Responsible AI Use

EEIP has unveiled its AI policy, crafted to ensure transparency, ethical usage, reliable content, data protection, and continuous improvement in AI applications within the energy sector. The policy features five core principles, aligns with EU AI policy recommendations, and emphasizes EEIP’s commitment to responsible AI practices. The principles include transparency in AI processes, upholding ethical standards, rigorous fact-checking for reliability, protection of sensitive data, and fostering a culture of continual learning and updating knowledge. EEIP's AI policy reflects its dedication to leveraging AI in driving the energy transition, with a focus on developing innovative solutions that are environmentally positive and socially responsible. This policy will govern EEIP's AI-related activities, including content creation, solution development, and project engagements like CircularPSP and DMaaST. These projects aim to enhance circular economy practices and manufacturing ecosystem resilience, adhering to regulations such as the AI Act. EEIP's AI policy represents a step towards a future where AI is used transparently, ethically, and beneficially within the industry, inviting stakeholders to review and engage with its AI policy framework.

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The Economic Impact of AI on Energy Transition: Financial Institutions at the Forefront of a Green Revolution
Finance & Economics Energy Infrastructure

The Economic Impact of AI on Energy Transition: Financial Institutions at the Forefront of a Green Revolution

AI accelerates the global energy transition by optimizing grid operation, predictive maintenance, and energy efficiency, advancing R&D, and enhancing energy trading strategies, attracting investment and job creation, with associated financial opportunities and risks.

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Revolutionizing Urban Living: Insights from the STARDUST Project
Buildings & Transport Política & Regulação

Revolutionizing Urban Living: Insights from the STARDUST Project

The STARDUST project exemplifies sustainable urban transformation through smart integration in energy, mobility, and ICT in "lighthouse" and "follower" cities, focusing on renewable infrastructure, innovative technologies, regulatory adaptability, stakeholder engagement, and novel business models to foster replicable sustainable city initiatives.

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 Transforming the Grid: Electric Vehicles as Key Players in the Energy Landscape
Energy Infrastructure Buildings & Transport

Transforming the Grid: Electric Vehicles as Key Players in the Energy Landscape

The "Solution Booklet: Electric Vehicles and the Grid" discusses the increase of EVs in Europe, the necessity for robust charging infrastructures, strategic city planning for EV integration, technical, societal, and governance aspects of smart charging and V2G technologies, as well as innovative solutions and economic considerations for successful EV and energy grid synergy.

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The Great EENOVA Adventure: Benny the Baker's Wacky Quest for Energy-Smart Snacks!
Renewable Energy Energy Efficiency

The Great EENOVA Adventure: Benny the Baker's Wacky Quest for Energy-Smart Snacks!

FUN STORY: The EENOVA project enhanced energy efficiency in Foodville's food processing industry through whimsical roundtables, innovative audits, practical solutions, policy recommendations, celebratory events, skill training, and humorous communication strategies, leaving a sustainable and competitive legacy.

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The Mechanics of Ceramics: How the Industry Can Decarbonize
Circular Economy Energy Efficiency

The Mechanics of Ceramics: How the Industry Can Decarbonize

The ceramics industry in Europe has made significant progress in energy optimization, cutting consumption by half in 25 years. Challenges persist, including reliance on carbon-emitting methane burners and raw material imports. Innovations and regulatory measures aim to decrease emissions and resource waste, promoting sustainable manufacturing across the sector's 338,000 jobs and €27.8 billion contribution to the EU economy.

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Innovative Energy Efficiency in the European Food and Beverage Industry: A Holistic Human-Centered Approach
Energy Efficiency

Innovative Energy Efficiency in the European Food and Beverage Industry: A Holistic Human-Centered Approach

The INDUCE project under Horizon 2020 promotes energy efficiency in the European food and beverage sector with a human-centered design approach. Its methodology, validated by pilot programs, combines technical, behavioral, and cultural changes for sustainable energy practices, targeting broad industry application and energy savings.

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Energy Insights: The Secret Sauce for the Food and Beverage Industry
Energy Efficiency Digitalização

Energy Insights: The Secret Sauce for the Food and Beverage Industry

The paper outlines how food and beverage companies can use Energy Management Systems to cut costs, increase efficiency, and promote sustainability by using real-time data and predictive maintenance, bolstered by IoT and smart sensor technology.

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The Core of Europe's Economy: A Deep Dive into the EU Food and Drink Industry
Energy Efficiency

The Core of Europe's Economy: A Deep Dive into the EU Food and Drink Industry

The EU food and drink industry is a key economic player with a €1,192 billion turnover and significant investment. Employing 4.72 million people, it leads manufacturing employment but sees lower labor productivity. The sector is embracing digitalization and prioritizing sustainability while maintaining a strong global trade presence.

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Transforming the Global Food Sector: A Path to Energy-Smart Practices
Energy Efficiency Renewable Energy

Transforming the Global Food Sector: A Path to Energy-Smart Practices

The FAO 2011 paper advocates for an energy-smart food system to enhance sustainability, reduce GHG emissions, and improve food security by boosting energy efficiency and integrating renewable energies across the food supply chain, while providing policy recommendations and calling for international cooperation.

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