Mubdiul Hasan
I have been blessed with clarity with respect to my career goals.I have exceptional critical thinking skills.I believe I am an excellent candidate for the role of Electronics/ Electrical Engineer. With 10+ years experience on complex engineering projects like Electronic circuit design, Camera, Barcode scanner, Energy meter, power converter, biomedical sensor devices, smart grid etc. I have the ability to deliver high-level projects on time and within budget. I thrive on a job well done and would love to join a challenging field.
Address: Stockholm, Sweden
Address: Stockholm, Sweden
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Papers by Mubdiul Hasan
energy policy has taken at the national level due to the
sufficient supply of renewable energy. Some specific technique
is under consideration for the operation of the grid voltage and
power quality management .The power flow in the reverse
direction can create overvoltage on the distribution line and
occurs malfunction on the system. Line voltage and overvoltage
adjustment practice can stop these symptoms occurred. Under
these circumstances, this paper presents an interconnection test
devices for photovoltaic(PV) systems composed of distribution
system simulator, PV simulator control and monitoring systems
using the LabVIEW S/W.This paper also proposes a new
calculation algorithm for voltage profile to make comparison
between calculation values and test device values. The result
shows that the simulation results for the normal operation
characteristics of PV systems which are very practical and
effective.
for the protection devices, by simulating test facilities of
protection coordination of Photovoltaic systems. In order
to analyze the operation characteristics for the protection
devices in the case that the Photovoltaic systems with
bi-directional power supply are located in the feeder,
this paper proposes the test facilities composed of
model distribution system, protection device and model
Photovoltaic systems. By performing the simulation for
operation characteristics for the protection devices based
on the test facilities, this paper presents the malfunction
mechanism for the protection devices. The test results
show that this paper is practical and effective for the
technical guideline for the Photovoltaic systems.
energy policy has taken at the national level due to the
sufficient supply of renewable energy. Some specific technique
is under consideration for the operation of the grid voltage and
power quality management .The power flow in the reverse
direction can create overvoltage on the distribution line and
occurs malfunction on the system. Line voltage and overvoltage
adjustment practice can stop these symptoms occurred. Under
these circumstances, this paper presents an interconnection test
devices for photovoltaic(PV) systems composed of distribution
system simulator, PV simulator control and monitoring systems
using the LabVIEW S/W.This paper also proposes a new
calculation algorithm for voltage profile to make comparison
between calculation values and test device values. The result
shows that the simulation results for the normal operation
characteristics of PV systems which are very practical and
effective.
for the protection devices, by simulating test facilities of
protection coordination of Photovoltaic systems. In order
to analyze the operation characteristics for the protection
devices in the case that the Photovoltaic systems with
bi-directional power supply are located in the feeder,
this paper proposes the test facilities composed of
model distribution system, protection device and model
Photovoltaic systems. By performing the simulation for
operation characteristics for the protection devices based
on the test facilities, this paper presents the malfunction
mechanism for the protection devices. The test results
show that this paper is practical and effective for the
technical guideline for the Photovoltaic systems.