Space-Based Solar Energy: Harnessing the Sun's Power from Orbit

Space-based solar energy (SBSE) is an innovative method of energy generation that involves collecting solar power in space and transmitting it to Earth. It overcomes terrestrial limitations such as atmospheric absorption and intermittency due to day-night cycles. SBSE systems utilize extensive solar arrays that convert solar radiation into electrical power, which is then transformed into microwave or laser beams to be wirelessly transmitted to Earth-based receiving stations. The primary challenge facing SBSE is the significant cost associated with the launch and maintenance of space infrastructure, despite reductions in launch expenses. Concerns exist regarding the transmission efficiency and environmental impacts of the technology. The European Space Agency (ESA) is investing in SBSE, examining its feasibility and benefits, with efforts geared towards enhancing solar panel efficiency, wireless transmission, and tackling the logistical hurdles of space construction. CALTECH's Space Solar Power Demonstrator (SSPD) project is testing fundamental SBSE components: high-efficiency solar cells, wireless power transmission, and deployable structures. Promising initial results have indicated progress in solar technology and wireless energy transmission efficiency, vital to the future of SBSE systems.

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An overview of the ESCO industry
Finance & Economics

An overview of the ESCO industry

We need to triple global energy efficiency investment to meet COP28 goals. ESCO contracts can bridge the development gap by managing both technical and financial risks, fostering demand, and increasing financing capacity. Innovations like Super ESCOs, CaaS, LaaS, and standardized contract forms like EPCs can accelerate growth, but require policymakers, professionals, and financiers to align efforts for broad market scaling.

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Transitioning industrial zones into hubs for circularity
Circular Economy

Transitioning industrial zones into hubs for circularity

The Horizon-Europe IS2H4C project, coordinated by Devrim Murat Yazan, University of Twente, and funded with 23.5 million euros, aims for systemic industrial symbiosis across Europe, targeting zero emissions and sustainable practices in various industries through innovation and the collaboration of 35 partners.

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Artificial Intelligence Act: Landmark Deal Reached for World's First AI Rules
Digitalização Política & Regulação

Artificial Intelligence Act: Landmark Deal Reached for World's First AI Rules

The EU's Artificial Intelligence Act, following a three-day negotiation, aims to integrate AI into the European market, balancing innovation with fundamental rights protection. The act's risk-based approach sets stringent rules for high-risk AI applications, excludes certain AI uses, and provides specific law enforcement exceptions. It establishes a governance system, including an AI Board, and introduces penalties for violations. The legislation will take effect two years post-enactment, with a focus on transparent and responsible AI development.

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Empowering Small and Medium-sized Enterprises (SMEs) in the Energy Transition: The DEESME Project
Política & Regulação Finance & Economics

Empowering Small and Medium-sized Enterprises (SMEs) in the Energy Transition: The DEESME Project

The DEESME project, under EU's Horizon 2020, aids SMEs in energy efficiency endeavours, countering technical, financial, and awareness barriers. It provides a multi-layered approach to align SMEs with EU goals, offering policy recommendations and strategies to effectively implement Article 11 of the Energy Efficiency Directive.

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Revolutionizing Ammonia: The Quest for Sustainability and Efficiency in Fertilizer Production
Energy Efficiency

Revolutionizing Ammonia: The Quest for Sustainability and Efficiency in Fertilizer Production

The article discusses the environmental impact and need for innovation in the Haber-Bosch process for ammonia production. It explores greener alternatives, including the use of renewable energy and nitrogen-fixing enzymes, and the development of flexible reactors and advanced electrocatalysis methods for sustainable synthesis.

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EU Policies for Advancing Green Hydrogen
Política & Regulação Energy Infrastructure

EU Policies for Advancing Green Hydrogen

The European Union is intensifying efforts to foster green hydrogen as a key component of its energy and climate strategy. Policies are being developed to support the production, distribution, and use of green hydrogen, aligning with the EU's broader goals of achieving carbon neutrality and sustainable economic growth.

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Summary of the IEA Electricity Market Report 2023
Energy Infrastructure

Summary of the IEA Electricity Market Report 2023

The IEA Electricity Market Report 2023 paints a picture of a world grappling with the dual challenges of meeting growing energy demands and transitioning to a more sustainable and low-carbon energy future. Low-emission power sources are poised to meet nearly all the global electricity demand growth by 2025.

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Getting to grips with the complexities of industrial decarbonisation using soft systems
Renewable Energy Energy Efficiency

Getting to grips with the complexities of industrial decarbonisation using soft systems

The article discusses the application of the soft systems model to industrial decarbonisation, emphasizing 'contextual evaluation'. This approach examines how decarbonisation measures align with an organization's broader policies and strategies. It involves assessing technical, financial, and contextual aspects to generate new ideas and requires thinking beyond conventional energy management boundaries.

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Innovative financial solutions to fight energy poverty
Finance & Economics Buildings & Transport

Innovative financial solutions to fight energy poverty

How social housing associations and EU projects are using innovative financial and solidarity mechanisms to combat energy poverty, emphasizing the dual benefit of social welfare and environmental sustainability through the refurbishment of buildings for energy efficiency.

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