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Solar PV Integration Quiz

Total questions: 20

Worksheet time: 10mins

Name
Class
Date
1.

PV Cells are made up of

a)

Conductors

b)

Insulators

c)

Semiconductors

d)

Magnetic Materials

2.

Select the Standard Test Conditions (STC) adopted during the PV Cell fabrication

a)

1500 W/m2, 25 degree Celsius, 1.5 Air mass

b)

1000 W/m2, 25 degree Celsius, 1 Air mass

c)

1000 W/m2, 25 degree Celsius, 1.5 Air mass

d)

1500 W/m2, 30 degree Celsius 1 Air mass

3.

Solar panel is made up of

a)

Series connection of Solar Cells

b)

Parallel connection of Solar cells

c)

Series-Parallel connection of Solar cells

d)

Isolated Solar Cells

4.

Pick the different types of solar cells

a)

Mono-crystalline Cells

b)

Poly-crystalline cells

c)

Amorphous cells

5.

Select the duration of ‘solar hours’ in India

a)

4 hours

b)

4.5 hours

c)

5 hours

d)

5.5 hours

6.

One of the following is not the three states of a battery when it is being charged.

a)

Bulk

b)

Saturate

c)

Absorption

d)

Float

7.

What is the angle to which the panels are tilted in a place like Chennai to harness maximum light energy from the sun.

a)

10 degree

b)

11 degree

c)

12 degree

d)

13 degree

8.

Maximum Power Point Tracking (MPPT) in a Solar PV system depends on

a)

Tilt angle

b)

Temperature

c)

Insolation

d)

All the above

9.

Pick the amount of Carbon dioxide released into the atmosphere when 1 litre of Petrol is burnt in an automobile.

a)

2 kg of CO2

b)

2.3 kg of CO2

c)

2.6 kg of CO2

d)

2.9 kg of CO2

10.

Four cells of the following ratings are available – 4W, 0.5 V, 8A. The output from the panel is 0.5 V, 16 W, 32 A. How the cells are connected.

a)

Series

b)

Parallel

c)

Series-Parallel

d)

None of the above

11.

What is the size of the panel when the connected is 1 kW in a Solar PV system.

a)

As same as the connected load

b)

110 % of the connected load

c)

125 % of the connected load

d)

150 % of the connected load

12.

What is the power demand per day in the state of Tamil Nadu?

a)

14 GW

b)

16 GW

c)

18 GW

d)

20 GW

13.

With a demand of 62.5 kW of power, and with 250 W, 48 V panels available, estimate the number of panels required for a 240 V DC system.

a)

250 panels, with 5 panels in series and 50 strings in parallel

b)

250 panels, with 50 panels in series and 5 strings in parallel

c)

250 panels, with 25 panels in series and 10 strings in parallel

d)

250 panels, with 10 panels in series and 25 strings in parallel

14.

Suggest the battery sizing for 62.5 kW of power demand and 18 hours backup for a 240 V DC system.

a)

150 Ah, 12 V battery with 20 battery in series and 5 strings in parallel

b)

150 Ah, 12 V battery with 5 battery in series and 20 strings in parallel

c)

150 Ah, 12 V battery with 10 battery in series and 10 strings in parallel

d)

150 Ah, 12 V battery, 100 in number connected in parallel

15.

Suggest the battery and panel sizing for a solar street lighting system with 200 W DC lamp and 545 W, 48 V panel for a 10 hour back up.

a)

One 545 W panel, four 45 Ah, 12 V battery in series

b)

One 545 W panel, four 45 Ah, 12 V battery in parallel

c)

Two 545 panel, two 45 Ah, 48 V battery in series

d)

Two 545 panel, two 45 Ah, 48 V battery in parallel

16.

India’s total wind power installed capacity stands

a)

First in the world

b)

Second in the world

c)

Third in the world

d)

Fourth in the world

17.

The government encourages the domestic consumers in India to install roof-top Solar PV by providing

a)

Zero-metering

b)

Full-metering

c)

Net-metering

d)

Half-metering

18.

Our college has a total installed capacity of Solar PV

a)

250 kW

b)

300 kW

c)

350 kW

d)

375 kW

19.

A 1 kW Solar Root-top PV can generate the following number of units, per day, after accounting for various losses.

a)

1 unit of energy

b)

2 unit of energy

c)

3 unit of energy

d)

4 unit of energy

20.

The condition in which one or more of the cells in a panel generates lesser amount of energy due to bird-droppings, dust, and other forms of shades is called as

a)

Bird shading

b)

Partial shading

c)

Full cover

d)

Irregular shading