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Ultrasonic BTU Meters are used to measure the amount of energy (BTUs - British Thermal Units) consumed in heating or cooling applications. These meters are handy in HVAC systems, district cooling, and heating networks, where accurate energy measurement is crucial for billing and energy management. https://lnkd.in/dkcjRxMa #ultrasonicbtumeter #BTU #btumeter #heattransfer #hvac #hvacindustry #heatingsolutions #coolingtreatment #datacenter #efficiency #manasmicrosystems #flowmeasurement #flowmeter

To monitor energy usage in buildings, rely on ONICON’s BTU Meters for their accuracy, flexibility, and dependability, which make them suitable for a wide range of hydronic energy measurement applications. The flow, temperature, and energy information that is provided is useful for: ☑️ Overall system performance verification during commissioning ☑️ Establishing baseline standards for system performance over time ☑️ Determine current system capacity vs. future needs for growth planning ☑️ Individual building efficiency ☑️ Cost allocation for individual buildings and departments ☑️ Control applications, such as chiller and boiler staging ☑️ Hydronic system optimization (kW/ton) and troubleshooting Learn more about ONICON’s BTU Measurement Solutions 👉 https://lnkd.in/esENFjpx #ONICONDifference #FlowandEnergyExperts #ONICONMeasurementSolutions

Did you know that the System-20 is the ideal submetering solution for simplifying your network connectivity and for calculating BTUs? 🌐✨ With its three user-defined pulse inputs provided standard, you can easily consolidate pulses from water, gas, or electric meters, making resource tracking a breeze at the metering location and provides highly accurate thermal energy measurement. 💧🔌💨 Not only does the System-20 simplify network connectivity and BTU calculations, but it also saves you valuable time and effort. By eliminating the need to handle multiple meters individually, you can focus your energy on optimizing resource usage and achieving cost savings. ⌛💰 Learn more 👉 https://lnkd.in/emcfxcxH #HVAC #ONICONDifference #FlowandEnergyExperts #ONICONMeasurementSolutions

Did you know that the System-20 is the ideal submetering solution for simplifying your network connectivity and for calculating BTUs? 🌐✨ With its three user-defined pulse inputs provided standard, you can easily consolidate pulses from water, gas, or electric meters, making resource tracking a breeze at the metering location and provides highly accurate thermal energy measurement. 💧🔌💨 Not only does the System-20 simplify network connectivity and BTU calculations, but it also saves you valuable time and effort. By eliminating the need to handle multiple meters individually, you can focus your energy on optimizing resource usage and achieving cost savings. ⌛💰 Learn more 👉 https://lnkd.in/emcfxcxH #HVAC #ONICONDifference #FlowandEnergyExperts #ONICONMeasurementSolutions

If you are installing an Energy Storage system, why not add an SSS Clutch / SSS Gears and let the motor/generator operate as a Synchronous Condenser when not delivering active power. SSS Clutches are often a crucial part of long duration energy storage (LDES) solutions, and the large-scale compressed air energy storage (CAES) systems built in the 1970s have been successfully using SSS Clutches for 50 years. The SSS Clutch / SSS Gears allows the automatic connection and disconnection of the motor / generator from the prime mover. This enables the system to switch between energy storage mode and power generation mode, while all the time keeping the generator synchronised to the grid providing reactive power and rotating inertia for grid stability. Visit SSS Clutch / SSS Gears at Enlit Europe in Milan, 22nd to 24th October 2024, Stand: 7.G14 https://lnkd.in/e7nEsyyA #energytransition #renewableenergy #powergeneration #energystorage #enlit

With advancements in transmission and the evolution of electrical wires and cables, electricity now reaches places that are hundreds of kilometers away from the source. Since 1833, it's quite a journey - READ the complete article capturing the phases of the Evolution of Electrical Wires & Cables - https://lnkd.in/dKhEpQsX #wiresandcables #evolution #electricaltransmission #glostercables

𝗔͟𝗹͟𝗹͟ ͟𝗮͟𝗯͟𝗼͟𝘂͟𝘁͟ ͟𝗖͟𝘂͟𝗿͟𝗿͟𝗲͟𝗻͟𝘁͟ ͟𝗧͟𝗿͟𝗮͟𝗻͟𝘀͟𝗳͟𝗼͟𝗿͟𝗺͟𝗲͟𝗿͟(CTs) Types of CT: On the basic of use it's two types I) Indoor type II) Outdoor type Remark: Some example of CT 600-400/5-5, 200-300/1-1 current in the primary winding will be anything as per your need but the current in the secondary will be either 5A Or 1A. 𝐔͟𝐬͟𝐞͟ ͟𝐨͟𝐟͟ ͟𝐂͟𝐓͟ Metering: 1.Normal metering: like Ammeter 2.Precise metering: like Energy meter 3. Accuracy of metering core should be high 4. Metering core should be designed in such a way that it should get #saturated at the time of heavy fault current following in primary winding and save the metering device from its damage. Protection: 1.Normal Protection: like E/F and O/C relay 2.Special Protection: like REF and differential relay 3. Accuracy of protection core may be moderate 4. Protection core should be designed in such a way that it should #not be #saturated at the time of heavy fault current following in the primary winding and can allow the fault current to the protection device for its appropriate action. 𝐒͟𝐭͟𝐚͟𝐧͟𝐝͟𝐚͟𝐫͟𝐝͟ ͟𝐀͟𝐜͟𝐜͟𝐮͟𝐫͟𝐚͟𝐜͟𝐲͟ ͟𝐂͟𝐥͟𝐚͟𝐬͟𝐬͟𝐞͟𝐬͟ ͟𝐨͟𝐟͟ ͟𝐂͟𝐓͟𝐬͟ 1. Metering: 5,3,1,0.5,0.2 &0.1 class CTs • 5,3,1 Class CTs generally used to #Ammeter. • 0.5,0.2,0.1 Class CTs generally used in the #Energy meter. 𝗥𝗲𝗺𝗮𝗿𝗸: • Class of the CTs represent it's maximum error at 100℅ to 125℅ of it's #rated current. • 0.5 class CTs means that when 100℅ to 125℅ of the #rated current followed in primary then it's reading will be wrong by 0.5℅. Eg: For 250/1 ratio CTs , At 250A load- Current reading in the secondary winding may be between 250.005A to 249.995A (250+0.005&250-0.005) 2.Protection: 5P10&5P20 Where, 5 = Composite error P = Protection 10/20 = Accuracy limit factor • Normal protection: 5P10&5P20 class CTs 𝗥𝗲𝗺𝗮𝗿𝗸: 5P20 class CTs means that in case of fault situation when 20time the rated current will follow through the primary winding then it can sustain. It's core will not saturate up to this value. Eg: For 250/1 ratio 5P20 class CTs,Core will not get saturated for the fault current up to 250*20=5000A and the max composite error will be 5℅.(5000+0.05&5000-0.05)A #Special #protection: PS class CTs are designed for special unit scheme protection like differential and REF protection. 𝗥𝗲𝗺𝗮𝗿𝗸: Its core is designed in such a way that.. • Identical saturation characteristics • Identical knee voltage

The webinar "Maximizing Efficiency with a Comprehensive Compressed Air System Energy Audit" is now available on-demand. Join our experts, Venkat S D, Ashok Sharma, and Raju K, as they share valuable strategies to optimize your air compressor systems. In this insightful session, they explore key topics such as improving efficiency, compressor sizing, adopting variable-speed options, and utilizing Advanced Controllers and Heat Recovery Systems that can help you save energy, reduce downtime, and significantly boost your business’s productivity. Don’t miss out on this opportunity to enhance your operations. Click the link to watch the webinar and take your next step toward a more efficient and productive future: https://lnkd.in/dHTd2XrX #webinar #energysavings #aircompressors #ELGi

⭐  Enhancing PV Module Protection and Switching 🌟 As the demand for efficient and reliable photovoltaic (PV) systems continues to grow, ensuring robust protection and seamless switching is crucial. Here’s a look at some essential components designed to safeguard and optimize your PV installations: 1️⃣ Ferrule Photovoltaic Fuse Links: Ranging from 1 to 32A, up to 1500V DC, these fuses provide reliable protection for PV modules. 2️⃣ Modular Fuse Holders: Rated at 32A and 1000V DC, these holders ensure secure and efficient fuse installation. 3️⃣ Two-pole Switch Disconnectors: Essential for safe isolation and disconnection in PV systems. 4️⃣ Switch-disconnectors: Available from 160 to 1600A for up to 1500V DC, offering robust switching capabilities. 5️⃣ XL Style Photovoltaic Fuse Links: With ratings from 50 to 630A, up to 1500V DC, these fuses provide high-capacity protection. 6️⃣ Combiner Box: Integrates multiple PV strings into a single output, enhancing system efficiency and protection. 7️⃣ NH PV Fuse Links: Designed for high-performance protection in PV applications. 8️⃣ Surge Protection Devices: Safeguard your PV system from voltage spikes and surges. 🌟 By incorporating these advanced components, you can ensure the longevity and reliability of your PV installations, even in the most demanding environments. #SolarEnergy #Photovoltaic #PVSystems #RenewableEnergy #SolarPower #EnergyEfficiency #ElectricalComponents #PVProtection #GreenTech #SustainableEnergy ✨ If you have any insights, please leave your valuable comments below.

In the world of power grids, faults and sudden disturbances in the flow of electricity can cause significant damage and disruption. Explore how Next Generation CIMRE Interface Modules enhance fault detection in power grids, providing secure and reliable electricity delivery. Connectwell CIMRE Interface Modules help swiftly detect and isolate faults, improving the overall efficiency of power grids. To know more, click on the link: https://lnkd.in/dQ_G44nr #Connectwell #TheRightConnection #CIMRE #CIMRErelay #InterfaceModules #NextGenerationCIMRE #PowerGrids #ElectricityGrids