CLOU GLOBAL TECHNOLOGY provides energy management products and customized solutions for efficient energy usage, cost reduction, and sustainability compliance.
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Recent Articles
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Grid-Forming Inverters and Virtual Synchronous Machines: Enabling Renewable Energy Integration
The transition to renewable energy sources like solar and wind is accelerating globally. However, the intermittency and variability of these resources present challenges for integrating them into the electric grid. Grid-forming inverters and virtual synchronous machines (VSMs) have emerged as key enabling technologies to overcome these challenges and facilitate greater renewable penetration. Inverters are power…
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Cybersecurity Vulnerabilities and Threats in Smart Grids
The digital transformation of power grids into smart grids is critically important, offering enhanced reliability and operational efficiency. Yet, the reliance on information and communication technologies carries inherent cybersecurity risks that demand attention. This article looks into the vulnerabilities and threats challenging smart grids, examines their potential impacts, and suggests mitigation strategies. Smart grids represent…
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Unlocking Smart Grid Potential: How Smart Metering-as-a-Service Transforms Utilities
The electric utility industry is undergoing a major transformation driven by the rise of renewable energy, distributed energy resources (DERs), electric vehicles, and the imperative to decarbonize. This transition requires a flexible, modernized grid infrastructure with increased visibility and control. Smart meters are a foundational technology to enable this transformation and unlock value for utilities…
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Updating Residual Load for Renewable Integration in Germany: A Contrarian Perspective
Germany's bold energy transition, famously called the Energiewende, has inspired countries worldwide to turn toward renewable energy. By concentrating on refining residual load management, Germany has impressively managed to generate more than half of its electricity from renewable sources. However, Germany's laser focus on perfecting residual load calculations has drawn criticism. While managing residual load…
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Navigating the TID Rollover: Understanding the Vending Key Extension
The clock is ticking towards the 24th November 2024 deadline for the expiration of vending keys based on the 1993 start date. This poses a major challenge, as new keys for the TID Rollover programme cannot be generated after this cut-off point. It impacts all meters, even those sitting in warehouses, so completing the rollover…
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Nature's Blueprint: Bionic Cooling Innovations in Energy Storage
In the quest for efficient energy storage, our researchers are turning to nature for inspiration. Biomimicry, the practice of emulating nature's designs, is proving beneficial in developing cooling technologies for energy storage systems. The Challenge of Cooling Energy Storage Energy storage systems, integral to renewable energy, generate heat during operation, which can affect their performance…
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Charging Ahead: The Transformative Role of Electric Vehicles in the Power Grid
Discover the evolving landscape of electric vehicles (EVs) and their profound influence on the electrical grid. From grid capacity assessment to renewable energy integration, explore how EVs are reshaping the future of the electrical energy sector.
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Digital Substation Automation: Transforming Power Grid Operations
Digital substation automation is transforming power grid operations, offering improved reliability, enhanced safety, increased operational efficiency, and optimized asset management. By embracing advanced technologies, implementing robust cybersecurity measures, and promoting standardization and interoperability, utilities and grid operators can unlock the full potential of digital substations.
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Ensuring Energy Security: Strategies for Redundant Renewable Power Generation
As nations aim to transition towards renewable energy sources, developing resilient power systems has become a priority. Energy security, the uninterrupted availability of energy sources at an affordable price, is vital for supporting economic growth and functioning modern societies. However, renewable sources like solar and wind are inherently variable and uncertain. Building redundancy into renewable…
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From Rooftops to Grids: The Impact of Virtual Power Plants
The electric grid is undergoing a transformation. What was once a centralized system of large power plants transmitting electricity to customers has become more distributed with the growth of renewable energy sources like rooftop solar panels. This distribution brings complexity in balancing supply and demand, but also creates opportunities for innovation. One such innovation is…
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Detecting Faults Before They Cause Damage: The Role of Gas Relays in Distribution Transformers
Gas relays, also known as Buchholz relays, are an essential component of oil-filled distribution transformers. They detect and alert to the presence of gas or air bubbles in the transformer oil, preventing further damage and ensuring the safety of the power grid.
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Optimising Three-Phase Transformers: Essential Parameters
Maximizing efficiency and reliability is crucial for utilities and power companies. By carefully considering parameters such as power rating, voltage ratio, efficiency, insulation, cooling mechanisms, short-circuit withstand capability, vector group, and frequency, they can ensure optimal performance of three-phase distribution transformers in their power distribution systems.
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Innovation at Its Core: Exploring the Possibilities of Smart Cities
Smart cities leverage technology, data, and connectivity to revolutionize urban infrastructure, services, and quality of life. By integrating IoT devices, sensors, data analytics, and smart grids, these cities offer benefits such as increased energy efficiency, optimized transportation systems, enhanced public safety, improved waste management, and citizen engagement.
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Smart Home Energy Management: A Way to Cut Down on Expenses?
With the increase in energy expenses and growing concerns, homeowners are turning to smart home energy management systems more frequently. These systems not claim to decrease energy usage.
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Empowering the Future: Workforce Development and Skills Training for Utilities and Power Companies
The power industry is going through huge changes right now. Renewable energy, smart grids, new technologies – it's an exciting but challenging time. For power companies to keep the lights on and stay competitive, they desperately need skilled and adaptable workers who can keep up. That's why workforce training has become so crucial. Let's look…
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Resource Adequacy and Grid Reliability: Ensuring a Stable Electricity Supply
Electricity powers our modern lives, so keeping the lights on is crucial. Having enough power plants and delivering energy reliably are big challenges as demand grows, renewable use increases, and infrastructure ages. Resource adequacy means having enough electricity generation to meet demand at all times. Grid reliability means operating power lines so supply is stable.…
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Distributed Intelligence: Why Computing at the Grid's Edge Adds Up
The power grid is changing fast. More renewable energy, electric vehicles, and the need for better resilience are driving a shift to the smart grid. This uses advanced tech like sensors, data analysis and control to make the grid more responsive and efficient. But the huge amount of data from smart grid devices is hard…
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Evolving Power Markets for the Renewable Age
The way we make and use power is changing fast as countries switch to cleaner energy sources. This is driven by things like renewables getting cheaper, governments wanting fewer greenhouse gases, and companies setting green goals. At the heart of this clean energy shift are power markets. They need to evolve so they can handle…
Thank you for your unwavering commitment to excellence, and for sharing your insights on what it takes to be a world-class energy services provider. Your dedication sets a high standard for the industry. Keep up the fantastic work.
Thank you so much for your kind words and appreciation. I truly appreciate your feedback and support. It is incredibly encouraging to hear that our commitment to excellence and insights in the energy services industry have resonated with you.
Please what causes the prepared credit to ran fast?
The credit deduction is based on your consumption. If you use less electrical energy, the meter runs slower.
My CL710K11 Single Phase AMR Prepaid Meter is blinking red light at "warning" sign indicator. What does this mean?
Thanks.
If there is no other indication on the display, it means that your credit is getting low.
Thank You! So much for a great blog and best of luck for the future,
I'll be in touch.
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Kindly how can I silence my meter even after dailing 812# still it will revive on its own and starts beeping its really annoying.
The beep can only switch off temporarily for just one minute.
The beep appears because there is an alarm, either low credit, or overload, or tamper.
You can silence your meter permanently after you solve the alarm.
I have a clou meter token and am just wondering how i can silence the beeping alarm that goes off when your are low on tokens. Its kinda annoying. Ypur help will be highly appreciated.
Regards,
Steve
Steve, try code 812 on your UIU (user interface unit) and confirm by pressing the enter-button (blue or red). If it doesn't work, please tell us the meter model type.
How can someone test reactive energy kvarh in a meter test bench?
If the energy meter has a function for measuring reactive energy, it must have a test output (a flashing diode) indicating the reactive consumption. This test output has a meter constant, indicated in e.g. pulses per kvarh. You set measurement mode in your test plan to reactive measurement and adjust the scanning heads in front of the reactive diode. All other procedure is the same like active accuracy test. The settings for reactive power is done inside the test bench and reference standard automatically.
which is the standard to be used for testing of for Reactive power in energy meter and what are the acceptable error margins?
The IEC 62053-23 is applicable for static meters for reactive energy (classes 2 and 3). The allowed errors for accuracy are given in the related tables. If you have a meter with reactive class 2, the allowed error is +/-2% for all balanced loads above 0.1 Ib and power-factor 1.
My CLOU (CL710K11) just shows zeros when I try to enquire balance or input new token, I think it is not communicating with the power source
The possible reason could be long communicate distance or the power cable quality,plsase use another socket and try again. if still doesn't work,pls confirm whether the UIU address is right one( enter 1593570 plus the meter number to set the UIU address).
Where can I find the operational manual for clou meter, with series number CL710K11
Thank you for your message. The operation manual is for the power company or utility. End users get an introduction by the power company and a reference card with the user interface short codes. The configuration for each power company is different. If you are in doubt about a function, ask your power supplier.
My CL710K11 meter
Red light is lit next to the word “WIRING” and I noticed low power in house today. Any idea what could be the problem.
It indicates a poor communication between the user interface unit and the meter. One reason behind can be a very low supply voltage from the grid.