manav-energy

[manav-energy]

How Smart Electric Grids are Revolutionizing Renewable Energy?

As the world moves towards cleaner and more sustainable energy sources, one major innovation which is helping to make this possible: Smart Electric Grid, but what exactly Is it and why it is so important for renewable energy integration to lead towards green energy?

What is a Smart Electric Grid? A Smart Electric Grid is an advanced electricity network that utilizes digital technology and two-way communication to improve the reliability, sustainability and efficiency of electricity delivery. It goes beyond the traditional one-way flow of electricity to enable control, real-time monitoring, and automation of the power grid.

Why does Smart electrical Grid matter in Renewable Energy? The Smart Grid is the modernization of the electricity delivery system in the era of renewable energy integration. A smart grid differs from the traditional grid in that it allows two-way communication of electricity data, rather than a one-way flow. Smart grids enable real-time data collection concerning electricity supply and demand during the transmission and distribution process, making monitoring, generation, consumption and maintenance more efficient which matters more in the renewable energy sector.

Most electricity grids are based on one-way interaction from the stages of generation to consumption. Smart grids, on the other hand, integrate the action of all users in the power network using computer-based remote control and automation. This two-way interaction is what makes the grid “smart”. Like the internet, the Smart Grid consists of controls, computers, automation, telecommunication and equipment that work together, but in this case, these technologies work with the electrical grid to respond digitally to our quickly changing electric demand.

Future of Smart Grid Technology

There is no question that the future of energy is moving towards more decentralized, flexible, and sustainable power provision. But we are talking about a global industry that is over a century old—and often must rely upon infrastructures from nearly that long ago to serve billions of people and their rapidly changing demands.

Other challenges include complex regulatory changes, the rise of prosumers, and new start-ups emerging in deregulated regions. Like any journey of business and digital transformation, the move to smarter grid management starts with a few cautious steps before breaking into a run. Technologies in the utilities sector are undoubtedly powering and enabling the evolution of this sector.

• Communicating a vision of the smart grid and aligning teams and stakeholders around it • Strengthening consumer education about the changes and opportunities to come • Providing win/win motivation for consumers, prosumers, and potential distribution partners • Developing metrics to monitor progress in the implementation and effectiveness of smart grids • Keeping the customer experience and customer retention in mind, given the additional competition and decentralization of a smart energy market

👉 To understand this transformation in depth, read  The Role of Smart Electric Grid in Renewable Energy

Conclusion As we know, the world is undergoing a fundamental transition in the way energy is generated, transmitted, distributed, and used. A drive towards more sustainable sources, reduced waste, and lower emissions, together with a significantly increasing demand for Smart Electric Grid, is redefining the roles of transmission and distribution system operators and the regulatory framework under which they operate.

Manav, through its advanced engineering and consulting expertise, is contributing to this transformation by enabling innovative solutions for renewable energy integration and the future of smart grid technology.

[manav-energy]

Remote Fault-time Earth Resistance Monitoring: An Introductory Guide

Accurate Ground Fault detection in complex networks requires overcoming several technical hurdles. Improper grounding can lead to unfortunate failures and serious risks to equipment. Understanding the root causes of earth faults is essential for effective prevention. The Connection typically arises due to insulation breakdown, equipment malfunction or external factors such as environmental changes or lightning strikes. Earth Resistance Monitoring devices are available in the market, but our primary expertise lies in fault time measurement and performance checking of the earth pit during a fault and send alert notification to the register user. Manav has its own patented system called Remote Fault Time Earth Resistance Monitor (R-FERM). This IIoT-enabled, world-first solution provides real-time measurement of earthing system resistance during normal and fault time. It allows for the prevention of accidents caused by unhealthy /faulty earthing systems by monitoring individual earth pits.

Improper earth resistance can lead to hazards like electrical fires because it can cause fault currents to flow through unintended paths, leading to overheating of potential flammable materials. By monitoring earth resistance, you can identify issues like corrosion of ground rods, increased soil resistance or poor connections that can lead to power quality problems. Early detection of these issues allows for timely Maintenance the repairs for scheduled downtime and cost- cutting.

Manav R-FERM is a Centralized remote monitoring of the earthing system (Including Measure Step and Touch Voltage of Individual Earth Pits) where it detects the fault and pit resistance measurement during Fault-time. A 3-level Hierarchy-based alert system for inconsistencies in the earthing system, leading to in-time action like Level 1 Warning, Level 2 Alert, and Level 3 Emergency and a user-friendly software designed for easy reviewing of data and report generation.

R-FERM solution enables the user to 

Monitor daily variation of earthing system resistance.

The number of faults occurred in each pit.

Resistance at the time of fault in each pit.

Worst-case step potential and touch potential at the time of earth fault

Worst-case step potential and touch potential at the time of lightning

It enables to work on the safety system pre-emptively and prepare before eventuality strikes

 Conclusion 

Remote Monitoring systems are like having a security guard for your electrical systems. The systems continuously track the performance of electrical equipment and wiring, checking for issues like faults, overheating or any power supply blackouts. Remote Monitoring allows you to monitor your electrical systems from anywhere using a tool or app, instead of physically checking every wire and device. It sends alerts or overload, if something goes wrong, like if a circuit is about to overload or any potential earth fault happen, you can address the problem before it becomes a major issue.

Ensure Electrical Safety Today! – Monitor earth resistance in real-time with R-FERM.

Contact us now!