Grid-Tied PV + SAPF
MATLAB Model: zurl.co/FZgAA
PV (100.2 kW) → Boost (700 V DC) → Inverter → LCL → PCC + nonlinear load.
Before SAPF: THD ≈ 7.23% (non-compliant).
After SAPF (p–q theory + PLL): THD ≈ 4.83% ✅ IEEE-519.
#solarenergy #pv #activepowerfilter
MATLAB Model: zurl.co/FZgAA
PV (100.2 kW) → Boost (700 V DC) → Inverter → LCL → PCC + nonlinear load.
Before SAPF: THD ≈ 7.23% (non-compliant).
After SAPF (p–q theory + PLL): THD ≈ 4.83% ✅ IEEE-519.
#solarenergy #pv #activepowerfilter
September 6, 2025 at 8:30 AM
Grid-Tied PV + SAPF
MATLAB Model: zurl.co/FZgAA
PV (100.2 kW) → Boost (700 V DC) → Inverter → LCL → PCC + nonlinear load.
Before SAPF: THD ≈ 7.23% (non-compliant).
After SAPF (p–q theory + PLL): THD ≈ 4.83% ✅ IEEE-519.
#solarenergy #pv #activepowerfilter
MATLAB Model: zurl.co/FZgAA
PV (100.2 kW) → Boost (700 V DC) → Inverter → LCL → PCC + nonlinear load.
Before SAPF: THD ≈ 7.23% (non-compliant).
After SAPF (p–q theory + PLL): THD ≈ 4.83% ✅ IEEE-519.
#solarenergy #pv #activepowerfilter
⚙️ Grid-Connected PV System with SAPF for Harmonic Reduction
🔗 Get the Model: zurl.co/0qiVI
⚡ • The 100.2 kW PV array operates through a boost converter and three-phase inverter under varying irradiance.
#LMSsolution #HarmonicReduction #ActivePowerFilter
🔗 Get the Model: zurl.co/0qiVI
⚡ • The 100.2 kW PV array operates through a boost converter and three-phase inverter under varying irradiance.
#LMSsolution #HarmonicReduction #ActivePowerFilter
November 7, 2025 at 8:31 PM
⚙️ Grid-Connected PV System with SAPF for Harmonic Reduction
🔗 Get the Model: zurl.co/0qiVI
⚡ • The 100.2 kW PV array operates through a boost converter and three-phase inverter under varying irradiance.
#LMSsolution #HarmonicReduction #ActivePowerFilter
🔗 Get the Model: zurl.co/0qiVI
⚡ • The 100.2 kW PV array operates through a boost converter and three-phase inverter under varying irradiance.
#LMSsolution #HarmonicReduction #ActivePowerFilter
🔹 Harmonic Mitigation in Grid-Connected PV System using Shunt Active Power Filter
zurl.co/MG5lR
🌞 PV array (100.2 kW) connected through a boost converter and three-phase inverter.
#️⃣ #LMSsolution #MATLABSimulation #HarmonicMitigation #ActivePowerFilter
zurl.co/MG5lR
🌞 PV array (100.2 kW) connected through a boost converter and three-phase inverter.
#️⃣ #LMSsolution #MATLABSimulation #HarmonicMitigation #ActivePowerFilter
October 23, 2025 at 8:31 PM
🔹 Harmonic Mitigation in Grid-Connected PV System using Shunt Active Power Filter
zurl.co/MG5lR
🌞 PV array (100.2 kW) connected through a boost converter and three-phase inverter.
#️⃣ #LMSsolution #MATLABSimulation #HarmonicMitigation #ActivePowerFilter
zurl.co/MG5lR
🌞 PV array (100.2 kW) connected through a boost converter and three-phase inverter.
#️⃣ #LMSsolution #MATLABSimulation #HarmonicMitigation #ActivePowerFilter
Unified Power Quality Conditioner (UPQC) | MATLAB Simulink Demo
🔋 THD reduced from 22.2 % to 2.45 %, DC-link regulated at 700 V for stable power flow.
🌐 Model link 👉 zurl.co/gn888
#LMSSolution #UPQC #PowerQuality #MATLAB #Simulink #ActivePowerFilter
🔋 THD reduced from 22.2 % to 2.45 %, DC-link regulated at 700 V for stable power flow.
🌐 Model link 👉 zurl.co/gn888
#LMSSolution #UPQC #PowerQuality #MATLAB #Simulink #ActivePowerFilter
October 11, 2025 at 2:30 PM
Unified Power Quality Conditioner (UPQC) | MATLAB Simulink Demo
🔋 THD reduced from 22.2 % to 2.45 %, DC-link regulated at 700 V for stable power flow.
🌐 Model link 👉 zurl.co/gn888
#LMSSolution #UPQC #PowerQuality #MATLAB #Simulink #ActivePowerFilter
🔋 THD reduced from 22.2 % to 2.45 %, DC-link regulated at 700 V for stable power flow.
🌐 Model link 👉 zurl.co/gn888
#LMSSolution #UPQC #PowerQuality #MATLAB #Simulink #ActivePowerFilter