Dr.Mohamed Tash’s Post

GRI 302 : ENERGY explained in one sheet

🔋🔋Exploring the power of collaboration to achieve optimal performance on the go! In the quest for a sustainable future, every percentage point in energy efficiency counts. Imagine a scenario where your renewable energy plant—whether new or old—operates at its absolute peak potential, generating up to 5% more energy than ever before. This isn't just an idealistic vision; it's a reality we can achieve together. When you partner with us, you're not just accessing a service; you're joining a movement towards making our planet a better place to live. Our combined expertise and innovative solutions are tailored to optimize your plant's performance, ensuring that every aspect of your operation is fine-tuned for maximum efficiency.  🔋Why 3% to 5% More Matters In the renewable energy sector, even a slight increase in output can have significant ripple effects. A 3% to 5% boost in energy generation translates to more power for communities, reduced carbon footprints, and a step closer to global sustainability goals. This increase isn't just about numbers; it's about impact—on the environment, on your bottom line, and on the future of energy.  🔋How We Achieve This Together Our approach is holistic. By integrating advanced monitoring systems, data-driven insights, and cutting-edge automation, we ensure that your renewable energy plants—whether powered by solar, wind, or any other source—are continuously optimized. This isn't a one-time fix; it's an ongoing process of refinement, ensuring that your assets are always performing at their best. For new plants, we implement state-of-the-art solutions from day one, embedding efficiency into the very fabric of your operations. For existing plants, our retrofitting strategies breathe new life into your assets, enhancing their performance and extending their lifespan. 🔋A Commitment to a Greener Future At the heart of our collaboration is a shared commitment to sustainability. We understand that the energy challenges of today require innovative solutions and that, by working together, we can make a tangible difference. Our mission is not only to optimize your plants but also to contribute to a cleaner, greener world.  🔋Join Us in the Journey When you choose to work with us, you're not just choosing an energy solutions provider; you're choosing a partner in progress. Together, we'll ensure that your plants deliver the best possible results, every single time. Let's make the earth a better place to live—one optimized plant at a time. 🌐 www.EnergyMinds.io 📨 info@EnergyMinds.io

🔋🌍National Energy and Climate Plan 2021-2030 – The Future of Energy in Europe 🔋🌍 The entire European Union 🇪🇺 is currently facing the significant challenge of a global energy transformation. With ongoing climate change 🌡 and the growing need to reduce CO2 emissions, every member state must align its plans with ambitious climate goals. The National Energy and Climate Plan (NECP) for 2021-2030 is a key strategic document for EU countries that outlines the development of the energy sector, including renewable energy sources and energy efficiency improvements. EU members must take decisive steps toward sustainable development. Europe’s Energy Future 🔋🌍 The European Union 🇪🇺 faces a significant challenge: global energy transformation. As climate change 🌡 continues to escalate, the need to reduce CO2 emissions grows more urgent. The National Energy and Climate Plan (NECP) 2021-2030 is a key strategic document for EU countries, guiding the development of renewable energy sources and energy efficiency improvements. Energy Transformation in the European Union 🎯 Why is Energy Transformation Key for Businesses? 💼 New regulations and strategies under the NECP are not just challenges but huge opportunities to boost efficiency, cut costs, and reduce emissions. Waste Heat Recovery – Unlocking Efficiency ♻️💡 Waste heat recovery transforms excess heat from industrial processes into clean electricity, reducing energy costs, CO2 emissions, and earning white certificates. Benefits: CO2 Reduction: Convert wasted heat into green electricity, cutting emissions. White Certificates: Earn and sell white certificates, generating additional revenue. Green Energy: Lower operational costs and reduce reliance on external energy providers. Why Invest in Energy Technologies? 🔧 🚀 Cost savings: Systems like BMS and AI-driven solutions can significantly cut operational costs. 🌱 Sustainable development: Eco-friendly actions improve your business's image. 💡 Funding: EU financial support and grants make energy transformation more accessible. How Axtora Energy Helps 💼 At Axtora Energy, we specialize in advanced solutions that cut energy costs, boost efficiency, and reduce emissions: Waste Heat Recovery 🔥 – Turn excess heat into electricity and cut costs. AI-Based Systems ⚙ – Real-time energy monitoring for dynamic efficiency. BMS Systems 🏢 – Automate energy management for better savings. Financial Support 💶 – We help secure funding for energy transformation projects. Contact Us! 💬 We operate across Europe in multiple languages. Take advantage of a free consultation to explore how we can help your business. 📞 Call: (+49) 151 457 67 422 ✉ Email: Office@AxtoraEnergy.com Learn more at: https:https://lnkd.in/ddpn-_W4 ==> https://lnkd.in/dzR294iN #RenewableEnergy #EnergyTransformation #GreenFuture #WhiteCertificates #AxtoraEnergy #WasteHeatRecovery #SustainableDevelopment #CO2 #AdamLaabs

Detailed Energy audits provide a clear roadmap to cost savings by identifying inefficiencies and guiding strategic investments in energy-efficient technologies. The resulting cost reductions and productivity gains offer a strong ROI, making energy audits a valuable tool for manufacturing businesses aiming to enhance their bottom line.

Scope 3 emissions decarbonisation in the Power Generation & Transmission Working in the energy sector, a growing topic stakeholders are increasingly asking: “How should we think about emissions beyond Scope 1 and Scope 2?” While many focus on Scope 1 & 2, Scope 3 - emissions from the supply chain - can account for 70-80% of total emissions. These include fuel production, material sourcing, logistics, and downstream electricity use. What Are Scope 3 Emissions? Scope 3 covers indirect emissions from upstream and downstream activities, like fuel extraction, equipment manufacturing, and energy use by customers. A) Key Sources of Scope 3 Emissions: 1) Fuel Production & Transport: - Methane leaks from natural gas add 30-35 million metric tons of CO₂ annually. By using leak detection systems, emissions could be cut by 50%, saving 15 million metric tons. 2) Sourcing Equipment & Materials: - Manufacturing turbines and cables contributes 15-20% of Scope 3 emissions. Using green steel and recycled metals could cut emissions by 40%, saving 100,000 metric tons for a 1 GW plant. 3) Infrastructure Development: - Optimising construction and using renewable-powered machinery could cut emissions by 15-20%, saving 2-3 million metric tons for large projects. 4) Logistics & Transportation: - Transporting fuel and materials adds 5-10 million metric tons of CO₂ annually. Electrifying fleets and optimizing routes could cut emissions by 10-15%, saving 1.5 million metric tons per year. 5) Supplier Engagement: - Partnering with suppliers to use renewable energy could reduce Scope 3 emissions by 30%. Ensuring 80% of suppliers meet sustainability standards by 2030 could save 10-15 million metric tons annually. B) A few indicative KPIs for for companies to consider (all adjustable to company's context and not exhaustive list): 1) % of Sustainable Fuel Sourcing: Target an annual increase of 10% to reduce fuel emissions by 20% by 2030. 2) Carbon Intensity per MWh: Aim for a 20% reduction by 2030, saving 50 million metric tons across the region. 3) Circular Economy Adoption: Increase equipment reuse to 30% by 2030, saving 500,000 metric tons annually. 4) Fuel Transport Emissions: Target a 10% annual reduction, saving up to 1 million metric tons each year. 5) Supplier Sustainability: Target 80% of suppliers meet standards by 2030 to cut 10-15 million metric tons of CO₂. 6) Infrastructure Emissions Reduction: Cut construction-related emissions by 15-20%, which can potentially save 2-3 million metric tons per project. Conclusion: Reducing Scope 3 emissions is essential for more sustainable operations. By focusing on sustainable fuel sourcing, circular practices, and logistics optimisation amongst other elements; power companies can significantly cut their carbon footprint in a significant way. How do you manage your Scope 3 emissions? #Scope3 #MiddleEast #Decarbonization #PowerGeneration #SupplyChain #AlvarezMarsal Massimiliano Cervo Fahad Rashed AL-Zahrani

☘️ The benefits of conducting an energy audit: Enhance your commercial energy efficiency and unlock energy savings for your business ☘️ Energy efficiency is crucial for promoting the responsible use of resources. It involves using energy wisely to meet our needs while reducing unnecessary consumption and limiting environmental degradation. Energy efficiency's value lies in its ability to conserve natural resources, reduce greenhouse gas emissions, and save money on commercial energy costs. What is an energy audit? An energy audit thoroughly evaluates a property's energy use and efficiency. It entails scrutinising energy bills, conducting on-site examinations, and applying specific instruments to spotlight areas lacking energy efficiency. The primary aim of an energy audit is to suggest ways to enhance energy efficiency and decrease energy-related expenditures. What are the benefits of conducting an energy audit? ✅ Critical for Sustainable Resource Use: Energy efficiency is vital for conserving resources, minimising greenhouse gas emissions, and saving on energy costs. ✅ Economic and Environmental Gains: Enhancing energy efficiency lowers commercial energy expenses and fosters job creation in eco-friendly sectors. ✅ In-depth Energy Audit Approach: Focus Green's audits assess energy usage patterns, conduct on-site inspections using sophisticated tools to spotlight inefficiencies, and offer strategies to reduce expenses. ✅ Substantial Cost Reductions: Businesses can achieve notable reductions in utility expenses by identifying and correcting energy inefficiencies. ✅ Enhanced Workplace Conditions: Audits improve indoor air quality and comfort, boosting productivity and employee satisfaction. ✅ Lower Carbon Emissions: Energy audits enable businesses to identify opportunities for reducing their environmental impact, contributing to global efforts against climate change. Why choose Focus Green? ❇️ We perform detailed inspections using advanced equipment like thermal cameras to pinpoint energy leaks and inefficiencies. ❇️ Receive a comprehensive report with actionable recommendations to optimise energy usage and achieve significant savings. ❇️ Our experienced team offers insights and support to ensure your business reaches its energy efficiency goals. 📣 Download our Free PDF Guide and take the first step toward a more sustainable and cost-effective future. Discover essential insights and solutions to reduce energy consumption, improve operational efficiency, and elevate your business. 🔗 Free download: https://lnkd.in/eCBh_naf #energyaudits #energysavingsolutions #energyefficiency #renewableenergysystems #greenenergysolutions #reducecarbonfootprint #esos #reducecosts #saveenergy #savemoneytips #businessadvicedaily #bussinessdevelopment #businessadvice #ai #focusgreen 

Holistic problem identification, to select and design the optimal solution, is a primary goal of systems engineering. Modern Products have to satisfy various viewpoints and requirements from numerous stakehoder such as regulations, customer, enterprise trustmarks, etc. and have to be resilient against losses of its capabilities throughout the complete product lifecycle. Systems Engineers provide the skills to master this complexity challenge by the selction and application of right process, methods, tools and to translate these complex relationships into an understandable narrative.

The ROI of an Energy Audit by Ecoverix Solutions Pvt. Ltd. can save up to 30% on energy costs. The ROI of an Energy Audit: Why Your Business Can't Afford to Miss Out! Did you know that businesses can save up to 30% on energy costs by implementing the recommendations from a detailed energy audit? That's a significant reduction in overhead expenses that goes straight to your bottom line! At Ecoverix Solutions, our Detailed Energy Audit, led by a BEE Certified Auditor, uncovers hidden inefficiencies and identifies cost-saving opportunities you never knew existed. Here's why investing in an energy audit delivers such high ROI: 1-Identify Wasted Energy: Uncover areas where energy is being wasted and cut those costs immediately. 2-Optimize Energy Usage: Implement practical solutions to optimize your energy consumption. 3️-Reduced Operating Costs: Average energy savings of 10-20% within the first year. 4️-Fast Payback Period: Most businesses see a payback period of 6-18 months after the audit. 5- Sustainability Goals: Reduce your carbon footprint and meet sustainability targets effortlessly. 6- Potential cost saving Projects: after Energy Audit you will get Projects for implementation for cost saving & GHG Reduction. Why Choose Ecoverix Solutions? ✅ Detailed Energy Audit by a BEE Certified Auditor ✅ Customized recommendations tailored to your business needs ✅ Proven track record of helping businesses achieve significant cost savings 👉 Ready to unlock your energy savings potential? Contact us today to schedule your Detailed Energy Audit and start your journey toward greater efficiency and profitability! 📞 Call us at 8057921557 / 9997092916 📧 Email us at sonunavaljha@ecoverix.com / avneesh@ecoverix.com 🌐 Visit our website at www.ecoverix.com #EnergyAudit #EnergyEfficiency #Energy #EnergyManagement #EnergySaving #Sustainability #EnergySector #Engineers #EnergySolutions #EnergyAuditor #EnergyManager #GHG #CarbonFootprint #Utilities #CoolingSystems #Training #HVAC #ESG #Sustainability #OnlineLearning #ClimateSolution #ClimateChange #SaveEnvironment #Decarbonisation #PowerQualityAudit #ThermographicAudit #ISO50001 #EnergyMitra #BusinessGrowth #Innovation #PharmaIndustry #ContinuousImprovement #ProcessOptimization #QualityManagement #IndustryReady #SkillsForSuccess #EfficiencyExperts #ManufacturingExcellence #LeanMindset #Pharmaceuticals #CourseOnTheGo #GetLean #BusinessImprovement #WorkSmarterNotHarder #LeanJourney #SixSigmaSkills #PharmaProfessionals #ManufacturingMinds #LeanLife #QualityControl #ProfessionalDevelopment #IndustryInsights #CourseGoals #LeanThinking #PharmaLeaders #OptimizeYourWork #LeanLearning #SuccessInIndustry #HVACLife #PumpItUp #VFDVibes #CoolingTowerChill #AHUAdventures #TechTalk #EnergyEfficiency #ComfortZone #ClimateControl #MechanicalMagic #ChillOut #PumpPower #VariableFrequencyDrive #CoolingSolutions #HVACHeroes #AirflowExperts #SustainableCooling #SmartHVAC #PumpMasters #CoolingTech #ROIonEnergyAudit 

🧐 ON THE MISUSE OF ENERGY EFFICIENCY I frequently hear arguments using energy efficiency as a key metric to highlight the superiority of electrified renewable systems over fossil-based systems. Common statements following this logic include, for instance: ▶ Electric cars (powered by renewable electricity) are more efficient (and therefore superior) to cars with internal combustion engines. ▶ Electrified industrial processes (powered by renewable electricity) are more efficient (and therefore superior) to fuel-based boilers and furnaces. While transitioning to electric cars and electrified processes is to be pursued (this is not the focus here), using efficiency as a comparison metric is flawed. Efficiency is only meaningful when it represents the ultimate key performance indicators (KPIs) for an energy conversion process, which are: ☝ the cost of the useful energy delivered ✌ the environmental impact We come from a fossil-based era, where efficiency is a key metric. Improving the efficiency of a fossil-based process reduces fuel consumption for a given output (heat or work), lowering both operating costs and emissions. Therefore, efficiency is a good indicator for comparing different processes, reflecting the trends of the two main KPIs: cost of energy and emissions. For renewable-based energy conversion processes, energy efficiency is also a useful (not the only one) intermediate indicator. Higher efficiencies (e.g., heat pumps vs. direct electrification vs. electrolytic hydrogen) result in lower operating costs and reduced environmental impact associated with renewable energy plants and infrastructure. However, when comparing fossil-based systems to renewable-based systems, energy efficiency is no longer a good indicator of the ultimate KPIs (costs and environmental impact). The cost structure, market pricing, supply chains, and types of environmental impacts differ significantly between the two. Renewable-based electrified systems are superior to fossil-based ones in terms of climate impact, while fossil-based systems generally remain superior in cost indicators, regardless of their relative efficiencies. To draw a parallel with another sector, consider comparing water bottles based on their weight (i.e., material efficiency). Reducing the weight of a bottle of a given capacity (i.e., improving efficiency) lowers both the cost and the environmental impact of that bottle. So, reducing the weight of a plastic bottle as well as reducing the weight of a steel bottle would be beneficial. However, it would be meaningless to claim that plastic bottles are superior to steel ones because they are lighter, as their supply chains and environmental impacts are entirely different. Comparing fossil fuels to renewables systems based on efficiency, and comparing plastic to steel bottles based on weight, is like comparing apples to oranges. 🍎 🍊

Working in the power generation field sector and learning about the advanced technologies leading the way The Power of Stage V Low-Emissions Diesel Generators and BESS: A Path to Sustainable Energy Solutions, here’s the benefits to using both applications together = less emissions, lower fuel costs In an era of growing environmental concern, achieving carbon reductions and sustainable energy use has never been more crucial. Combining the best of two worlds, Stage V low-emissions diesel generators and Battery Energy Storage Systems (BESS) offer a powerful approach to balancing energy needs with environmental responsibility. 1. Stage V Low-Emissions Diesel Generators: The Cleaner Choice Stage V diesel generators represent a leap forward in emission control, using technologies like Diesel Particulate Filters (DPF), Selective Catalytic Reduction (SCR), and advanced fuel management to meet stringent EU emissions standards. Unlike previous generations, these systems minimize particulates and nitrogen oxides (NOx), resulting in a dramatic reduction in pollutants. This technology enables operators to meet regulatory requirements while operating cleaner, quieter, and more efficient diesel generators—a vital advantage for industries that need reliable power in remote or low-infrastructure areas. 2. BESS: Optimizing Fuel Efficiency and Reducing Environmental Impact Pairing a diesel generator with a Battery Energy Storage System (BESS) allows for efficient energy management by storing excess energy generated during low-demand periods and then supplying it back during peak times. In doing so, the diesel generator can operate at optimal load or be turned off entirely during low-power needs, reducing fuel consumption and emissions. This hybrid approach can save up to 30% in fuel costs while reducing carbon emissions proportionally, making it both economically and environmentally beneficial. 3. Advanced Technologies and Sustainable Power in Challenging Times As we confront rising carbon emissions and face increasingly strict environmental standards, hybrid systems that pair BESS with advanced low-emission generators represent a sustainable solution for reliable power. With this dual approach, businesses can meet their power needs with minimal impact on the environment—aligning with global carbon-reduction goals and helping to create a better future for the next generation Stage V low-emission diesel generators coupled with BESS can be transformative for any sector aiming to reduce its carbon footprint without compromising on power reliability. As we continue to adopt these advanced technologies, we not only safeguard our operations but also contribute meaningfully to a lower-carbon future. Absolutely! Embracing the learning curve in this field is key. Each new technology and system introduces challenges, but they’re also opportunities to develop expertise, stay ahead, and improve your adaptability. The more you lean into the changes, the more you gain.