#FuzzyLogicControl

LMS Solution

@lmssolution.bsky.social

1 week ago

Fuzzy Logic Control of V2G and G2V in Single-Phase Grid – MATLAB/Simulink Model

zurl.co/gw5XS

220V Li-ion battery with bidirectional AC/DC converter

Fuzzy control for battery current (25-rule FIS design)

#V2G #G2V #FuzzyLogicControl

LMS Solution

@lmssolution.bsky.social

1 month ago

Fuzzy Logic Controlled V2G & G2V in Single-Phase Grid | MATLAB/Simulink Model

zurl.co/x0dz1

Single-phase 325 V (peak), 50 Hz grid with bidirectional AC–DC converter

220 V, 48 Ah Li-ion battery with SoC monitoring (V2G & G2V modes)

#V2G #G2V #FuzzyLogicControl

LMS Solution

@lmssolution.bsky.social

1 month ago

⚙️ Fuzzy-Based Scalar Control of Induction Motor

👉 Product Link:zurl.co/Hzy77

🔁 Scalar (V/f) control of a three-phase induction motor

⚙️ Fuzzy logic–based speed controller with rule-based inference

#FuzzyLogicControl #InductionMotor #MotorDrives

LMS Solution

@lmssolution.bsky.social

1 month ago

⚡🧠 Fuzzy-Tuned PI Speed Control of BLDC Motor

👉 zurl.co/o1FZ5

🔹 Fuzzy logic–based self-tuning PI controller for BLDC motor speed control
🔹 Real-time adaptation of Kp and Ki gains using fuzzy inference rules

#BLDCMotor #FuzzyLogicControl #PISpeedControl

LMS Solution

@lmssolution.bsky.social

2 months ago

⚙️🧠 Fuzzy-Based Scalar Control of Induction Motor

👉 Product Link:
zurl.co/lhXRi

🔁 Scalar (V/f) control of three-phase induction motor

🧠 Fuzzy logic speed controller with rule-based inference

#FuzzyLogicControl #InductionMotor #MotorDrives

LMS Solution

@lmssolution.bsky.social

4 months ago

⚙️ Hybrid PV–Wind–Battery with Fuzzy MPPT
🔗 Learn more: zurl.co/h7BBr

🌞 Combines renewable sources for efficient energy sharing and stability.
🔋 Fuzzy MPPT ensures faster, more accurate power tracking.

#LMSsolution #FuzzyLogicControl #HybridRenewables #MPPT

LMS Solution

@lmssolution.bsky.social

4 months ago

Grid Connected PV Wind and Battery with Fuzzy MPPT

👉 Explore here: zurl.co/XzFEB

💡 Perfect for researchers working on Hybrid Energy Systems, MPPT Techniques, and Grid Integration Models.

#LMSSolution #MATLABSimulation #HybridEnergySystem #FuzzyLogicControl

LMS Solution

@lmssolution.bsky.social

8 months ago

MATLAB Implementation of Fuzzy Based MPPT for Solar PV System | LMS Solution This Work presents fuzzy-based maximum power point tracking in solar panel. The solar system is modelled and analysed in MATLAB/SIMULINK. The photovoltaic panel has an optimal operating voltage where the PV panel can produce maximum power at this particular point. Due to the nonlinearity of the voltage-current characteristic in solar panel, it is difficult to determine analytically the maximum power operating voltage that varies with the change of solar irradiance and cell temperature. Maximum power point tracking (MPPT) is implemented to identify the maximum power operating point, subsequently, regulate the solar panel to operate at that particular operating voltage for maximum power gaining. Fuzzy based optimized MPPT is developed and the performance of the controller are examined at variable solar irradiances at different temperatures. Simulation results show that fuzzy based MPPT has better performance where it can facilitate the solar panel to produce a more stable power.

MATLAB Simulation of Fuzzy Logic MPPT for Solar PV System
zurl.co/XE2yZ
#matlabproject #projecteee #imageprocessing #matlabsimulation #fuzzymppt #solarpvsystem #fuzzylogic #mppt #fuzzycontrol #fuzzylogiccontrol

LMS Solution

@lmssolution.bsky.social

8 months ago

MATLAB Implementation of Fuzzy Based MPPT for Solar PV System | LMS Solution This Work presents fuzzy-based maximum power point tracking in solar panel. The solar system is modelled and analysed in MATLAB/SIMULINK. The photovoltaic panel has an optimal operating voltage where the PV panel can produce maximum power at this particular point. Due to the nonlinearity of the voltage-current characteristic in solar panel, it is difficult to determine analytically the maximum power operating voltage that varies with the change of solar irradiance and cell temperature. Maximum power point tracking (MPPT) is implemented to identify the maximum power operating point, subsequently, regulate the solar panel to operate at that particular operating voltage for maximum power gaining. Fuzzy based optimized MPPT is developed and the performance of the controller are examined at variable solar irradiances at different temperatures. Simulation results show that fuzzy based MPPT has better performance where it can facilitate the solar panel to produce a more stable power.

MATLAB Simulation of Fuzzy Logic MPPT for Solar PV System
MATLAB Model: zurl.co/XFHOO
#matlabsimulation #fuzzymppt #solarpvsystem #fuzzylogic #mppt #fuzzycontrol #fuzzylogiccontrol #fuzzympptcontrol