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While installing new meter connections, authorities must make a provision to provide the public with an option to install import-export meters in connection forms from day one. This way, migration to street-level renewable power generation can be more effectively and easily achieved. As most of the paperwork is already done. Elaboration: The proposal to include provisions for import-export meters in new meter connection applications is pivotal for facilitating the transition to street-level renewable energy generation. This approach can streamline the integration of renewable energy sources into the grid, allowing consumers to both consume and generate electricity efficiently. ### Benefits of Import-Export Meters 1. **Facilitation of Renewable Energy Adoption**: By allowing consumers to install import-export meters from the outset, authorities can promote the adoption of renewable energy systems. These meters enable users to measure the energy they import from the grid and the energy they export back, creating a clear financial incentive for generating renewable energy. 2. **Simplified Administrative Processes**: As the necessary paperwork for these meters is completed during the initial connection phase, it reduces the bureaucratic burden on consumers wishing to transition to renewable energy. This proactive approach can enhance participation in renewable energy programs. 3. **Accurate Energy Measurement**: Import-export meters provide a comprehensive solution for measuring both active and reactive energy flows. They are designed to handle complex energy exchange scenarios, ensuring accurate billing and energy management for both consumers and utilities. 4. **Support for Net Metering**: The implementation of these meters aligns with net metering regulations, which allow consumers to offset their energy costs by receiving credits for the energy they export to the grid. This dual functionality supports a more sustainable energy ecosystem where consumers can actively participate in energy generation. ### Technical Considerations - **Four Quadrant Measurement**: Import-export meters typically utilize four quadrant measurement technology, which allows them to accurately record energy flow in all scenarios—whether energy is being consumed or generated. This capability is essential for managing the complexities of modern energy consumption patterns. - **Regulatory Compliance**: Meters must comply with relevant standards and regulations, ensuring they meet accuracy and performance criteria established by governing bodies. This includes adherence to the Measurement Instruments Directive (MID) and other local regulations governing energy metering. ### Conclusion Incorporating import-export meters into new meter connection applications is a strategic move that can significantly enhance the integration of renewable energy sources into the grid.

Investment in energy efficient technologies grew by 4% in 2024 to a record USD 660 billion:IEA: Energy Efficiency 2024, the IEA's annual report on energy efficiency developments around the world, finds that global primary energy intensity – a ...

[Empowering Energy Efficiency in Indonesian Industry] The Green Industry Center, in collaboration with the Indonesian Institute for Energy Economics (IIEE) and funded by ViriyaENB, is spearheading the BENEFITS program (Boosting Energy Efficiency Practices in the Industrial Sectors). This initiative is set to enhance energy management skills within Indonesia’s industrial sector and promote energy efficiency through Energy Management Systems (EnMS). On May 13-14, we conducted training in Bali for prospective energy managers and auditors from 27 industries. Following that, May 15-16 focused on preparing future energy audit trainers for 21 members of the Ministry of Industry’s Technical Implementation Unit (UPT). (Check out the highlights of the training sessions here: https://lnkd.in/gdNkYwcN) The program identified 10 industry participants and 5 UPT members as candidates for energy manager and auditor certifications. The training and certification took place from August 19-23, 2024, in alignment with PP 33 of 2023, supporting energy conservation in the industrial sector. (Watch the latest training and certification activities here: https://lnkd.in/gKYVC6HP) By employing a pragmatic approach that includes both theoretical and practical exercises in Energy Management Systems, the training ensured that all selected candidates could demonstrate their competence in real-world scenarios, particularly in the industrial sector, as part of the decarbonization initiative aimed at achieving Net Zero Emissions by 2060.

How to use exergy to save much more energy than usual   Carbon neutrality means replacing the current use of fossil fuels with renewable energy in the long term. However, even globally, the amount of renewable energy is expected to be absolutely insufficient for energy consumption. According to estimates by the International Energy Association (IEA), nearly 50% of energy consumption needs to be conserved. The current level of energy conservation in Japan, which is to improve energy consumption per unit of production by 1% per year, does not reach the required rate of improvement.   One of the factors that prevents us from achieving a sufficient rate of improvement in energy conservation is the problem of how energy is perceived. There are two ways to perceive energy: the method of capturing it as the amount of heat (the conventional energy concept) and the method of capturing it as the amount of work (the exergy concept). In Japan, the method of capturing it as the amount of heat is used.   For example, in the conventional energy concept, even if there are no errors in the calculations, the boiler efficiency is calculated at 99% or 102%, which is not realistic. The reason for these figures is that the calculated value of steam energy includes losses. The problems with the conventional energy concept are as follows. 1) Since the evaluation value of energy mixes loss and non-loss, it is not possible to grasp the actual image of the energy process. 2) In order to improve the energy process, it is not possible to grasp the efficiency necessary to judge superiority and inferiority. 3) The purpose of energy conservation is to reduce energy loss, but it is not possible to properly grasp the essential loss.   Despite the above problems, Japan's energy conservation is proceeding at a certain level by utilizing our long experience and knowledge. However, in order to achieve significant energy savings in the near future, it is essential to use the exergy concept, which considers energy as a workload.   The use of exergy allows you to understand the efficiency of the process and gain a detailed understanding of losses, resulting in the following breakthroughs: 1) The efficiency of any energy process can be evaluated and the less efficient processes can be prioritized for improvement. 2) It is possible to comprehensively grasp the loss of energy processes and consider many improvement measures. 3) Among the many improvement measures, multiple measures with high effects and low risks can be proposed as optimal energy-saving measures. Reducing the load is also an important means of saving energy, and conventional energy concept methods can be used for this purpose.

100 solutions to almost instantly save energy costs, lower carbon footprint and use renewable energy sources What does it bring us? What is the return-on-investment? What is the payback time? Can it cut operational costs? ..? You can find 100 energy solutions in the following categories: Power Generation - Renewable Electricity Generation - Renewable Heat generation Storage - Electricity Storage - Thermal Energy Storage Mobility / Electric Vehicles - Solution related to Clean Mobility - Solutions for Electric Vehicles Energy Efficiency for Buildings & Industrial Buildings - Improving energy efficiency in buildings e.g. monitoring, behaviour or intelligence - Improving energy efficiency in industrial buildings Energy Efficiency for Cities & Communities - Improving energy efficiency in cities & communities e.g. with smart systems in public spaces Energy Efficiency for Electricity Production for Industrial Processes - Improving energy efficiency in production of renewable energy - Improving energy efficiency in industrial processes to reduce energy use. https://lnkd.in/eN9iCeea #EENcanHelp #Powergeneration #Renewables #AgroPV #HeatEfficiency #Lighting #Heat #Cold #ElectricStorage #HeatStoraga #Mobility #ElectricVehicles #EnergyEfficiency #Buildings #Industry #Cities #Communities #IndustrialProcesses #EnergyUse

The energy storage business in Japan, and in particular the Long-Term Decarbonization Power Supply Auction, has been the focus of much attention as part of the Japanese government's policy drive to achieve a decarbonized society. The Long-Term Decarbonization Power Supply Auction Program aims to secure and use power sources with low carbon emissions, such as renewable energy sources and energy storage systems, over the long term. Through this auction, electric utilities and new entrants are expected to acquire the rights to generate renewable energy sources, thereby ensuring a stable power supply and reducing their environmental impact. Energy storage systems play an important role in this framework. Since the amount of electricity generated by renewable energies such as solar and wind power fluctuates depending on the weather and time of day, energy storage technology is essential for the efficient use of these energies. Energy storage systems make it possible to store surplus power during peak renewable energy generation periods and supply it during peak demand periods, thereby ensuring a stable supply of electricity and reducing the burden on the environment. Through the Long-Term Decarbonization Power Supply Auction, the Japanese government is accelerating efforts to achieve carbon neutrality by 2050 by expanding the introduction of renewable energy and promoting the development of energy storage technology. This is expected to open up new growth opportunities for the energy storage business and contribute to the creation of an environmentally friendly and sustainable energy system. www.primestar.co.jp

Batteries are crucial to the global clean energy transition International Energy Agency's (IEA) latest report highlights just how pivotal battery storage is in the energy transition. As renewable energy expands, batteries are more than just a tool — they are vital to grid stability and meeting global energy goals. The report underscores several critical aspects that align closely with Australian Flow Batteries’ (AFB's) mission: - Batteries must scale rapidly to meet global energy goals. Battery storage needs to increase 14-fold by 2030 to 1,200 GW globally, with batteries accounting for 90% of the required energy storage increase. - Cost reduction is key. The IEA notes that battery prices have dropped by 90% in the past 15 years. - Battery supply chains need diversification. With current battery manufacturing and mineral sourcing concentrated in a few countries, the world needs new solutions. - Utility-scale batteries are critical. The IEA highlights the increasing competitiveness of batteries paired with renewable energy. - Batteries play a direct role in reducing close to 20% of the CO2 emissions needed by 2030, with an additional 40% reduction through the support of broader clean electrification efforts. At AFB, we're proud to be at the forefront of this energy transition with our innovative Vanadium Redox Flow Battery (VRFB) technology. Our solutions are perfectly positioned to meet the growing demand for safe, long-lasting, and scalable energy storage. AFB is expanding our production capacity and product range to capitalise on this booming market. From residential systems to industrial-scale solutions and diesel replacement programs, we're committed to empowering Australia's renewable energy transition. Exciting times ahead for clean energy! Who else is passionate about driving this change? Discover more about our innovative solutions and our capital raise at www.afb.energy. Batteries and Secure Energy Transitions report: https://lnkd.in/en4gktAK #CleanEnergy #BatteryStorage #RenewableEnergy #EnergyTransition #VRFB #AustralianInnovation

Motor efficiency - How to slash energy and emissions cost Almost half the world’s electricity goes to driving electric motors, making energy efficiency key to decarbonisation. Renewable energy takes the lion’s share of conversation about decarbonisation, but the reality is that prioritising energy efficiency is just as vital. In the next 25 years, global electricity demand is predicted to more than double, largely due to increased population growth, electrification and industrial process heating. Despite more renewable energy being available, a simultaneous focus on demand is needed to reach Net Zero targets. With mandatory climate reporting – kicking in on 1 January 2025 – just around the corner, there is a further imperative to invest in energy efficiency.   But it is also good business. As energy prices rise, an investment in energy efficiency can increase output while using the same amount of energy, driving down costs while maximising profits. For many industries, motor selection can play a key role in improving energy efficiency – with those that have higher efficiency ratings able to convert more electrical energy into mechanical energy, improving overall efficiency. Among the most energy-efficient are ABB’s synchronous reluctance (SynRM) motors, with an International Efficiency Standard rating of IE5. Chris Cheong, director of A1 Electric Motors – a technical distributor of ABB SynRM motors – explains the myriad benefits of upgrading from a standard induction motor. Follow the link to learn more..

Balancing the grid is crucial for efficient energy management, especially in the context of renewable energy. As the demand for sustainable energy solutions continues to grow, addressing the challenges of demand spikes and efficient energy storage becomes increasingly important. Check out this article to explore the significance of grid balancing in overcoming the challenges associated with renewable energy and learn how certain software advancements can contribute to building a sustainable future.

While installing new meter connections, authorities must make a provision to provide the public with an option to install import-export meters in connection forms from day one. This way, migration to street-level renewable power generation can be more effectively and easily achieved. As most of the paperwork is already done. Elaboration: Providing the option to install import-export meters from the outset can indeed facilitate a smoother transition to street-level renewable power generation. Here are some benefits of this approach: 1. **Simplified process**: By including the option for import-export meters in the initial connection forms, authorities can streamline the process for customers who want to install renewable energy systems, such as rooftop solar or wind power. This can reduce the administrative burden and paperwork associated with adding these systems later on. 2. **Increased adoption**: By making it easier for customers to install import-export meters, authorities can encourage more people to adopt renewable energy sources, which can help reduce greenhouse gas emissions and promote a cleaner environment. 3. **Better grid management**: Import-export meters enable two-way energy flow, allowing households or businesses to feed excess energy back into the grid. This can help utilities better manage energy distribution and balance supply and demand in real-time. 4. **Future-proofing**: As the grid becomes increasingly decentralized and renewable energy sources become more prevalent, having import-export meters in place can future-proof the energy infrastructure and enable a more efficient transition to a low-carbon economy. 5. **Customer empowerment**: By providing customers with the option to install import-export meters, authorities can give them more control over their energy usage and generation, enabling them to make more informed decisions about their energy consumption and production. Overall, incorporating import-export meters into the initial connection forms can help create a more sustainable, efficient, and customer-centric energy system.