All-NewCheetah SeriesLeading to the Ultra High

Performance Era

400W

All-NewCheetah SeriesLeading to the Ultra High

Performance Era

Half-CellDesignMinimizing

LCOE and

Maximizing IRR

Double theProtectionHigh Performance

Under Extreme

Environmental

Conditions

To achieve grid parity, JinkoSolar dedicated to develop advanced PV technologies to reduce the cost of renewable energy. Cheetah is designed to fulfill this purpose via its ultra-high module efficiency.

Cheetah enters a new paradigm, and new wafer size, new cell and module designs will keep pushing power results higher, even above 400 Wp.

More Power GenerationNow you can own the most powerful and the most economic feasible solar panels commercially available forpurchase today. Cheetah of power up to 400 Wp, will maximize your PV system capacity, generatingmore energy over 25 years and maximizing the customer’s economic returns.

380W / 385W / 390W / 395W / 400W

18.89% / 19.14% / 19.38% / 19.63% / 19.88%

315W / 320W / 325W / 330W / 335W

18.67% / 18.96% / 19.26% / 19.56% / 19.85%

(Module efficiency)

60

60 cells

72 cells

Cells

*Capacity of solar power system with 20 modules

W2 8 5Standard Mono

5.7 kWp

W3 3 56.7 kWp

W3 4 5Standard Mono

6.9 kWp

W4 0 08.0 kWp

72Cells

Cheetah

Cheetah

More Power in Less SpaceCheetah's ultra high output reduces the project space. More Watts can fit to the rooftops, fully utilizing the economic advantage of a rooftop system and maximizing the power output from this roof space.

More Power in Less CostHigh module power leads to low land usage, BOS and labor costs.

* Comparison of installing 6.7KW on the roof

60Cells

Approx. 34 m2 Approx. 40 m2

W3 3 5

60Cells

Standard Mono

Conventinonal 72 cell

20modules

W

Standard Mono

2 8 524

modules

72 cell

Cheetah

Cheetah

Cheetah

Key Features

Cheetah HC 400WpNo. of Module

No. of 40’ Container

Plant Area

Area Increment

Length of Steel Structure

Steel Structure Increment

266,682 250,016

428 437

1,861,185 m2 1,809,316 m2

0 -2.79%

529.1 km 501.0 km

0 -5.31%

Conventional 375Wp

*Example : North America - 100MW Project

Improved Performance of Half CellsHalf cut design ensures an improved shading response, resulting in higher yields when the module is partially shaded. Shading loss of half-cell is much better than conventional module in certain shading conditions.

High Efficiency Cell SizeThe IRR Comparison

9.35%8.95%

Conventional

$ $

Conventional

19.88% 19%

25°C 80°C

Pow

er P

erfo

rman

ce (%

)

Approx. 1.5% More Electricity

Standard Mono

Conventional

-0.37% / °C

-0.40% / °C

158mm 156mm

~50% power output 0 power output

Half-cell Full-cell

Improved Temperature CoefficientCheetah has improved the temperature coefficient to -0.37%/°C , the actual output can be increased 3% on the daylight time and which is perfect for delivering substantially more electricity on a hot summer’s day.

Doubled SecurityCheetah yield security by double Anti-PID standard , and double the intensity specified in the IEC standard.

Degr

adat

ion(

%)

0

1

2

3

4

5

Thermal Cycling

Damp Heat

Humidity Freeze

1.22

1.57

3.023.27

2.87 2.91

Hot Spot

0.170.15

Reverse CurrentBack

0.110.09

PID 192H

0.690.67

IEC61215

Degr

adat

ion(

%)

0

1

2

3

4

5

Test 1 Test 2 Test 3

1.29

1.66

2.54

3.844.06

2.62

IEC61215

Mechanical Loading TestReliability Test

CheetahCheetah

Cheetah

CheetahCheetah

Key Features

Conventional

Module temperature

Test 1: Two times, pressure on front side 5400Pa, back side 3600Pa, each duration 1h.Test 2: Six times, pressure on two sides, 5th time 5400Pa, others 2400Pa, each duration 1h.Test 3: Six times, pressure on two sides, 1600Pa, each duration 1h.

Both Jinko Cheetah and conventional modules features advanced reliability and mechanical durability under extreme conditions, substantially surpassing the standard required by IEC61215.

ShadeShade