Tag: renewableenergy

  • AI Is Not Software. It Is Infrastructure

    AI Is Not Software. It Is Infrastructure

    Water disputes highlight the urgent need for sustainable practices amid increasing AI infrastructure demands. With AI moving from a technology-driven focus to an infrastructure and governance concern, organisations must integrate sustainability into their AI strategies. This careful approach can mitigate risks related to energy use, water scarcity, and community impact.

  • Ireland’s Nuclear Power Debate Has a Grid Problem

    Ireland’s Nuclear Power Debate Has a Grid Problem

    Ireland is having a nuclear power debate. While rising energy costs prompt discussions for a nuclear solution, the country’s grid configuration and demand patterns make nuclear impractical. Instead, investment in renewables, energy flexibility, and grid enhancements offers a more viable pathway for Ireland’s energy future, aligning with clean and resilient solutions.

  • Oil Shocks Make Electrification a Business Imperative

    Oil Shocks Make Electrification a Business Imperative

    The rise in global energy demand, particularly from renewables, underscores a shift towards clean energy due to geopolitical tensions, notably the conflict in the Middle East. While fossil fuels remain dominant, the increasing affordability of electric vehicles and solar technology highlights a strategic transition. This movement, while not complete, demonstrates the importance of electrification in…

  • Why Passive Cooling Matters More in a Hotter, More Volatile World

    Why Passive Cooling Matters More in a Hotter, More Volatile World

    As temperatures rise and cooling demands soar, energy systems face increasing strain. The International Energy Agency warns of a tripling of energy demand for cooling by 2050, highlighting the urgency of passive cooling measures. These strategies can reduce energy costs, enhance resilience, and improve public health, ultimately addressing rising heat challenges in an economically sensible…

  • War Burned $88.7bn in 17 Days. It Could Have Bought Energy Security

    War Burned $88.7bn in 17 Days. It Could Have Bought Energy Security

    The economic implications of modern warfare, particularly regarding fossil fuels, profoundly affect global pricing and security. The ongoing US, Israel, and Iran conflict exemplifies this, costing approximately $88.7 billion in 17 days. Investing in renewable energy alternatives can substantially reduce dependency on volatile fossil markets, offering a more sustainable and resilient future.

  • Why the Strait of Hormuz Proves Renewables Are Strategic

    Why the Strait of Hormuz Proves Renewables Are Strategic

    Rising oil prices, driven by geopolitical conflicts, highlight the vulnerabilities of fossil fuel dependence, prompting a shift towards renewable energy. China’s increasing investment in renewables and energy storage is both a strategic response to energy insecurity and a move towards greater self-sufficiency. This transition underscores the economic advantages of renewables, suggesting a more resilient energy…

  • Why Long Duration Energy Storage Has Finally Reached Scale

    Why Long Duration Energy Storage Has Finally Reached Scale

    The energy transition now faces a pivotal challenge as renewable energy generation outpaces demand, leading to wasted power during peak production times. Long duration energy storage (LDES) is essential for bridging supply and demand gaps, enabling effective utilisation of renewables. This infrastructure is crucial for achieving net-zero emissions and enhancing energy security and affordability.

  • When the Grid Became the Risk: Why Businesses Are Turning to Solar + Storage PPAs

    When the Grid Became the Risk: Why Businesses Are Turning to Solar + Storage PPAs

    On 29th April last year, a blackout in the Iberian Peninsula highlighted the fragility of the electricity grid, prompting a shift in corporate energy strategies. Businesses globally now prioritise solar and battery storage systems for cost predictability and resilience, moving from viewing electricity as a mere utility to an integral part of operational planning.