Latest posts tagged with #MATLABSimulation on Bluesky
⚡SEPIC Converter with PID Control
zurl.co/M6esG
✔ PID controller ensures fast settling time and low output voltage ripple
✔ Smooth voltage tracking during step change from 48 V to 24 V
#SEPICConverter #PIDController #MATLABSimulation #PowerElectronics
⚡ Solar PV–Battery UPQC Model for Power Quality Improvement
zurl.co/YITAt
✔ Mitigates voltage sag, swell, and harmonics using PV–battery support
✔ Maintains stable DC-link voltage during grid disturbances
#LMSSolution #UPQC #MATLABSimulation #SolarPV
⚡ MPPT-Based Hybrid Microgrid Performance Analysis
zurl.co/I4tth
🤖 Implements P&O, PSO & ANFIS MPPT strategies
⚡ Stable coordination of PV, battery & grid
🔄 Smooth operation under dynamic irradiance changes
#MPPT #MATLABSimulation #RenewableEnergy #LMSSolution
⚡ AI-Based DSM for Grid-Connected Systems
zurl.co/HCP2E
🧠 NN-based DSM enhances operational efficiency
🔄 Smart coordination of grid, battery & load
📉 Reduces peak demand and improves renewable utilization
#DemandSideManagement #NeuralNetwork #MATLABSimulation
🔄 BLDC Regenerative Braking with Buck Converter
🔗 zurl.co/N9FLK
⚙️ MATLAB model of regenerative braking in BLDC-based EVs
🔋 72 V / 150 Ah battery + 500 W BLDC motor with VSI & Hall sensing
#️⃣ #RegenerativeBraking #BLDCMotor #MATLABSimulation
Solar PV–Fed BLDC Water Pump
zurl.co/HkEy0
PV-powered BLDC pumping system with MPPT control
Boost converter, inverter, commutation & control included
Detailed results: speed, torque, currents & PV characteristics
#LMSSolution #MATLABSimulation #BLDCMotor #Solar
⚙️🚀 Model Predictive Control of PMSM | MATLAB Simulation
🔗 zurl.co/uEPLp
⚡ MPC predicts PMSM states for optimal switching control
🔧 Fast speed tracking 100 → 125 rad/s with minimal overshoot
#️⃣ #PMSM #ModelPredictiveControl #MATLABSimulation
🌬️⚡ Hybrid Solar PV–Wind–Diesel Microgrid
🔗 zurl.co/BQV5H
🔋 PV + PMSG wind + diesel generator for reliable hybrid supply
⚡ MPPT PV inverter, dq-controlled wind converter & diesel governor
#️⃣ #LMSSolution #MATLABSimulation #HybridMicrogrid
🔋 3-Phase Grid-Connected PV–Wind–Battery Hybrid System
🔗 zurl.co/jrm00
⚡ 700 V DC-link ensures stable hybrid power sharing
🔄 dq-axis current-controlled inverter for smooth grid import/export
#SolarPV #WindEnergy #BatteryStorage #MATLABSimulation #LMSSolution
☀️🔋⚡ PV Battery DC Microgrid with ANFIS MPPT
zurl.co/Qgn5v
🔹 Reduces system losses and enhances overall microgrid performance.
🔹 Enjoy 5%–30% discount on all MATLAB simulation models today!
#LMSSolution #MATLABSimulation #PVMicrogrid
🔋 EV Powertrain with BLDC Motor Drive
zurl.co/qKTDh
🔹 Complete EV powertrain modeled with BLDC motor
🔹 Evaluate torque, speed, efficiency and SoC under dynamic load.
🔹 Highlights BLDC benefits in fast response
#LMSSolution #MATLABSimulation #ElectricVehicle
🚁Drone Squadron Optimization (DSO) MPPT for Solar PV under PSC
zurl.co/VM4qe
• 🔋 Drone-inspired optimization ensures accurate global MPP tracking
• ⚡ Boost converter duty cycle dynamically adjusted for max PV power
#LMSSolution #MATLABSimulation #DSOMPT
☀️🔋⚡ MPPT-Based Hybrid Microgrid Dynamics
zurl.co/I4tth
🤖 Implements P&O, PSO & ANFIS MPPT
⚡ Stable PV–Battery–Grid coordination
🔄 Smooth transitions under dynamic irradiance
📉 Lower transients & improved tracking
#LMSSolution #Microgrid #MATLABSimulation
🚀Workshop: Design of DC–DC Converters & Inverters with PID Control
🔗 zurl.co/Efhvw
🔧 Learn Buck, Boost, SEPIC & Zeta converter design
📅 Live workshop on 20 December 2025, 11:00 AM – 2:00 PM
#MATLABSimulation #PowerElectronics #LMSsolution
⚡ Design & Simulation of SEPIC Converter with PID Control
🔗 zurl.co/M6esG
⚡ 2 kW SEPIC converter with 123.6 V input and regulated 48 V output
🔧 Smooth tracking during voltage step changes (48 V → 24 V)
#SEPICConverter #PIDController #MATLABSimulation
🔄 BLDC Regenerative Braking System | Buck Converter
🔗 zurl.co/N9FLK
⚙️ MATLAB model demonstrating regenerative braking in a BLDC-based EV
🔋 72V/150Ah battery with 500W BLDC motor driven through VSI + Hall sensors
#RegenerativeBraking #BLDCMotor #MATLABSimulation
🔋 Fuel Cell Closed-Loop Control | Buck Converter
🔗 zurl.co/uE1lg
⚡ Closed-loop fuel cell system with a regulated buck converter
🌱 PID control ensures stable DC output and smooth dynamic response
#PowerElectronics #FuelCellControl #MATLABSimulation #BuckConverter
⚡ PV–Battery DC Microgrid with ANFIS MPPT
🔗 zurl.co/Qgn5v
☀️ Complete PV–Battery DC microgrid modeled in MATLAB/Simulink
⚡ ANFIS MPPT provides fast and precise maximum power extraction
#LMSSolution #MATLABSimulation #PVMicrogrid #BatteryStorage
🚀 Hands-On Workshop: Design of DC–DC Converters & Inverters with PID Control
🔗 zurl.co/Efhvw
🔧 Learn Buck, Boost, SEPIC & Zeta converter design
📅 Live workshop on 20 December 2025, 11:00 AM – 2:00 PM
#LMSsolution #MATLABSimulation #PowerElectronics
ANN-Based MPPT for Hybrid PV–Wind–Battery Microgrid
🔗 zurl.co/YBEUp
🌞 2 kW PV array with boost converter ensures peak efficiency across irradiance shifts
🌬️ 3 kW PMSG wind system achieves optimal tracking.
#LMSsolution #ANNMPPT #HybridMicrogrid #MATLABSimulation
☀️🔋⚡ PV Battery DC Microgrid with ANFIS MPPT
zurl.co/Qgn5v
🔹 Reduces system losses and enhances overall microgrid performance.
🔹 Enjoy 5%–30% discount on all MATLAB simulation models today!
#LMSSolution #MATLABSimulation #PVMicrogrid
🔋⚡🌱 Closed Loop Control of Fuel Cell with Buck Converter
zurl.co/uE1lg
🔹 Enhances dynamic response, voltage stability, and clean DC output.
🔹 Ideal for fuel cell research and converter control design.
#LMSSolution #MATLABSimulation #FuelCellControl
☀️🌬️🔋 Grid-Connected PV–Wind–Battery System with Fuzzy MPPT
zurl.co/XzFEB
🔹 Power extraction and stable DC-link operation under dynamic conditions.
🔹 Provides smooth grid synchronization for hybrid systems.
#MATLABSimulation #HybridEnergySystem #FuzzyLogic
🌞🌬️⚡ Hybrid Solar PV–Wind–Diesel Microgrid
zurl.co/X8AXa
⚡ Features MPPT-controlled PV inverter, DQ-controlled wind converters & governor–excitation-based diesel system.
#LMSSolution #MATLABSimulation #HybridEnergySystem #SolarPV #WindEnergy
⚡ PID-Controlled SEPIC Converter
🔗 Get Model: zurl.co/5ixoo
🔋 Step-up/step-down SEPIC design with closed-loop PID control.
📈 Ensures voltage stability, low ripple, and accurate transient performance.
#MATLABSimulation #ConverterDesign #PIDControl #SmartEnergy
⚙️ PV–Battery Dual Mode System
🔗 Watch Demo: zurl.co/rDh5n
🌞 Operates in both grid-tied and islanded configurations.
🔋 Maintains stable DC-link via bidirectional converter and MPPT.
#LMSsolution #MATLABSimulation #HybridSystem #SmartGrid
⚙️ AI-Based Fault Detection & Localization in Power Grids
🔗 Get Model: zurl.co/vgzzx
🔍 • Simulate intelligent fault detection for LG, LL, LLG, and LLL conditions using ANN-based learning.
#PowerSystemFaults #ANN #MATLABSimulation #SmartGrid #FaultAnalysis
Demand-Side Management using Neural Network in Grid-Connected Energy Storage ⚡
🔗 zurl.co/HCP2E
AI-based DSM optimizes grid & battery energy flow
💰 5–30 % OFF on MATLAB tools!
🌐 zurl.co/1A55K
#LMSSolution #MATLABSimulation #SmartGrid #NeuralNetwork
Microgrid Dynamics with P&O, ANFIS & PSO MPPT in MATLAB
🔗 zurl.co/I4tth
⚡ Hybrid microgrid (PV-Battery-Grid) with intelligent MPPT control for stable energy & fast dynamics
🌐 zurl.co/SkO9r
#LMSSolution #MATLABSimulation #Microgrid #POMPPT #PSOMPPT
ANN-based MPPT in a hybrid DC–AC microgrid
⚡ PV (2 kW), wind (3 kW PMSG) & battery (400 V DC bus) coordinated via neural network control for max power extraction & grid support
🔗 zurl.co/YBEUp
#LMSsolution #MATLABSimulation #ANNMPPT #HybridMicrogrid #SmartGrid
