Proposal of Energy Saving...energy-saving .Calculated at 10% in Japan)Calculate the application...

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Proposal of Energy Saving sqm3000JPY5,000JPY/3~5 Years payback period Visible light transmittance75%/IR CUT80%/UV CUT99% 2030Energy Saving to shield the heat from windows IRUV CUT COAT Hyper-SP -Special simulation plan-

Transcript of Proposal of Energy Saving...energy-saving .Calculated at 10% in Japan)Calculate the application...

Page 1: Proposal of Energy Saving...energy-saving .Calculated at 10% in Japan)Calculate the application cost by electricity charges and labor costs in South Korea, it has proved to be recovered

Proposal of Energy Saving1sqm3000JPY~ 5,000JPY/3~5 Years

payback period

Visible light transmittance75%/IR CUT80%/UV CUT99%

20~30%Energy Saving to shield the heat from windows

IRUV CUT COAT Hyper-SP

-Special simulation plan-

Page 2: Proposal of Energy Saving...energy-saving .Calculated at 10% in Japan)Calculate the application cost by electricity charges and labor costs in South Korea, it has proved to be recovered

Proposal

◆Proposal a trial package,1sqm 5,000JPY to your potential customer

Japan No1. Share, SKETCH insulated glass coating offers to apply by special price. This

special plan aims to recover the initial installation cost in 5 years. Low price energy-

saving measures and its best plan that makes it possible to reduce electricity costs.

Usually Application fee is 8,800 JPY per 1 square meter in Japan. However, it can be

applied 3,000~ 5,000JPY per 1 sqm in order to hasten the initial investment recovery

period. Support the verification and simulate energy saving measurement data, so you

can be calculated until the recovery period and subsequent profit.

① Application 5,000JPY ② Verification & hearing for electricity fee ③ Graph of the temperature difference&simulation

Page 3: Proposal of Energy Saving...energy-saving .Calculated at 10% in Japan)Calculate the application cost by electricity charges and labor costs in South Korea, it has proved to be recovered

Point of power consumption reductionIn Japan, the air conditioning costs is 44% of the power consumption in the office

buildings. It is the most important challenge is to reduce air conditioning costs during

peak time (10:00 AM to 4:00PM). The basic charge of electricity bills (Contract power

cost) will decide on the basis of the peak value of the largest power consumption month

on the past year. So power consumption of September (the hottest time of the summer) is

the most expensive in one year, it will be the basic charge of electricity bills.

Summer

The rate of heat coming from the window

平成23年5月資源エネルギー庁(東電管内の需要構造推計・業務部門)より

In summer, 71% of heat enters through the

window glass from the outside when the entire

building as 100%. (13% of heat from outer

wall, 9% from the roof, 2 % from the floor

etc. ...) A measure of window glass is most

important for energy-saving and power-saving

of the building.

Page 4: Proposal of Energy Saving...energy-saving .Calculated at 10% in Japan)Calculate the application cost by electricity charges and labor costs in South Korea, it has proved to be recovered

Low-E Double + coating

Clear Double + coating

Clear Double

Low-E Double

Korean Construction Company measured the temperature at 4 rooms under the same conditions. As a result, the

room temperature was at most 3.6 ℃ lower than the non-coated room. Air conditioning cost reduction rate of the

year was 14% (28%). (※As a condition, the temperature setting of air conditioning change 1 ℃ effects 5% of the

energy-saving .Calculated at 10% in Japan)Calculate the application cost by electricity charges and labor costs in

South Korea, it has proved to be recovered in 4.9 years. South Koreas is the cheapest electricity rates in the

developed countries, it will be recovered within five years even there is winter time.

Energy-saving simulated case in Korea

◆Simulation of a 15-story building◆The indoor temperature comparison

by the changes in the outside air temperatureSection ComparisonEnergy cost (Won)

Energy cost before application

Amount of reduction after coating

Energy cost after application

kWh/year

Section Area(㎡)Unit Price

₩Cost ₩ Comparison

Application

Cost

Reduction

CostPay Back

Period4.9year

Page 5: Proposal of Energy Saving...energy-saving .Calculated at 10% in Japan)Calculate the application cost by electricity charges and labor costs in South Korea, it has proved to be recovered

◆Singapore golf course

Result of the temperature measurement, the temperature difference of the direct heat at the window was 8 ℃

(maximum) in comparison with the uncoated glass (Low-E glass) Reduction rate of the air conditioning costs

was 20 percent, so recovery of the initial investment simulated in 2.03 years. Because there was high electricity

prices and low applicator cost. For 10 years coating guarantees, we can expect significant cost savings of 20% to

30% more than eight years is. ⇒ 2years payback period and more than eight years profit

Examples of Energy saving simulation

October 1st Sunny

Temperature difference

Maximum 16.5

Inside the room

◆Entertainment facilities in Japan

Because the film can not demonstrate the effect, anyone does not enter the room in the summer time. It was hot

even the air conditioner temperature set 19℃, customer requested to apply “IRUV CUT COAT H-SP" partly and

measured the temperature. Customer comments : “It became cool and possible to set the air conditioning 24 ℃.

We felt the intense heat shielding effect ". The 5% of air conditioning load reduction (about 30-50%).

Page 6: Proposal of Energy Saving...energy-saving .Calculated at 10% in Japan)Calculate the application cost by electricity charges and labor costs in South Korea, it has proved to be recovered

Simulation of 200sqm application

※Since the above is a reference value, measurement results will change by air conditioning, electricity charges, and environment.

Simulation of 200sq meter application Set the Air conditiong from 8 AM to 6 PM. ( 10 hours)

2,500 JPY/sqm 500,000 JPY 15 JPY 756,000 JPY 151,200 JPY 3.3 Year 226,800 JPY 2.2 Year

3,000 JPY/sqm 600,000 JPY 10 JPY 504,000 JPY 100,800 JPY 6.0 Year 151,200 JPY 4.0 Year

4,000 JPY/sqm 800,000 JPY 12 JPY 604,800 JPY 120,960 JPY 6.6 Year 181,440 JPY 4.4 Year

5,000 JPY/sqm 1,000,000 JPY 15 JPY 756,000 JPY 151,200 JPY 6.6 Year 226,800 JPY 4.4 Year

Japan 8,800 JPY/sqm 1,760,000 JPY 22 JPY 1,108,800 JPY 221,760 JPY 7.9 Year 332,640 JPY 5.3 Year

2,500 JPY/sqm 500,000 JPY 15 JPY 756,000 JPY 151,200 JPY 3.3 Year 226,800 JPY 2.2 Year

3,500 JPY/sqm 700,000 JPY 15 JPY 756,000 JPY 151,200 JPY 4.6 Year 226,800 JPY 3.1 Year

5,000 JPY/sqm 1,000,000 JPY 15 JPY 756,000 JPY 151,200 JPY 6.6 Year 226,800 JPY 4.4 Year

6,000 JPY/sqm 1,200,000 JPY 15 JPY 756,000 JPY 151,200 JPY 7.9 Year 226,800 JPY 5.3 Year

2,500 JPY/sqm 500,000 JPY 12.6 JPY 635,040 JPY 127,008 JPY 3.9 Year 190,512 JPY 2.6 Year

3,000 JPY/sqm 600,000 JPY 12.6 JPY 635,040 JPY 127,008 JPY 4.7 Year 190,512 JPY 3.1 Year

3,500 JPY/sqm 700,000 JPY 12.6 JPY 635,040 JPY 127,008 JPY 5.5 Year 190,512 JPY 3.7 Year

4,000 JPY/sqm 800,000 JPY 12.6 JPY 635,040 JPY 127,008 JPY 6.3 Year 190,512 JPY 4.2 Year

5,000 JPY/sqm 1,000,000 JPY 10 JPY 504,000 JPY 100,800 JPY 9.9 Year 151,200 JPY 6.6 Year

6,000 JPY/sqm 1,200,000 JPY 10 JPY 504,000 JPY 100,800 JPY 11.9 Year 151,200 JPY 7.9 Year

7,500 JPY/sqm 1,500,000 JPY 10 JPY 504,000 JPY 100,800 JPY 14.9 Year 151,200 JPY 9.9 Year

10,000 JPY/sqm 2,000,000 JPY 10 JPY 504,000 JPY 100,800 JPY 19.8 Year 151,200 JPY 13.2 Year

5,000 JPY/sqm 1,000,000 JPY 12 JPY 604,800 JPY 120,960 JPY 8.3 Year 181,440 JPY 5.5 Year

6,000 JPY/sqm 1,200,000 JPY 12 JPY 604,800 JPY 120,960 JPY 9.9 Year 181,440 JPY 6.6 Year

7,500 JPY/sqm 1,500,000 JPY 12 JPY 604,800 JPY 120,960 JPY 12.4 Year 181,440 JPY 8.3 Year

10,000 JPY/sqm 2,000,000 JPY 12 JPY 604,800 JPY 120,960 JPY 16.5 Year 181,440 JPY 11.0 Year

5,000 JPY/sqm 1,000,000 JPY 10.0 JPY 504,000 JPY 100,800 JPY 9.9 Year 151,200 JPY 6.6 Year

6,000 JPY/sqm 1,200,000 JPY 10.0 JPY 504,000 JPY 100,800 JPY 11.9 Year 151,200 JPY 7.9 Year

7,500 JPY/sqm 1,500,000 JPY 10.0 JPY 504,000 JPY 100,800 JPY 14.9 Year 151,200 JPY 9.9 Year

10,000 JPY/sqm 2,000,000 JPY 10.0 JPY 504,000 JPY 100,800 JPY 19.8 Year 151,200 JPY 13.2 Year

5,000 JPY/sqm 1,000,000 JPY 22 JPY 1,108,800 JPY 221,760 JPY 4.5 Year 332,640 JPY 3.0 Year

6,000 JPY/sqm 1,200,000 JPY 22 JPY 1,108,800 JPY 221,760 JPY 5.4 Year 332,640 JPY 3.6 Year

7,500 JPY/sqm 1,500,000 JPY 22 JPY 1,108,800 JPY 221,760 JPY 6.8 Year 332,640 JPY 4.5 Year

10,000 JPY/sqm 2,000,000 JPY 22 JPY 1,108,800 JPY 221,760 JPY 9.0 Year 332,640 JPY 6.0 Year

Canada

America

(Atlanta)

Mexico

Newzealand

Thai

Reduction of 30%

Initial

investment

recovery

China

Southeast Asia

China

Application Price 200sqm applicationElectricity fee

/kwh

Electricity fee

/a yearReduction of 20%

Initial

investment

recovery

Page 7: Proposal of Energy Saving...energy-saving .Calculated at 10% in Japan)Calculate the application cost by electricity charges and labor costs in South Korea, it has proved to be recovered

Example of Saving Energy simulation

■Calculate the electricity consumption after application

・Ex)Average temperature= 2℃.

Consumption of Air conditioning= 18kW

The electricity consumption after application will be

18kW-(18kW×0.2 )=14.4kW

■Calculate the reduction of electricity consumption

・Ex) Daily power consumption:10h , Days of operation : 365days

Power consumption before coated[kWh]=(18kW×10h×365days)=65,700Wh

Power consumption after coated[kWh]=(14.4kW×10h×365days)=52,560Wh

Yearly reduction of power consumption =657,00Wh- 52,560Wh= 13,140Wh

■Calculate of energy saving cost・Ex) Electricity fee= 15JPY/kwh,

Application area= 200㎡,

Application cost= 200㎡×2,500JPy=500,000JPY

Yearly saving cost =13,140Wh×15JPY=197,100JPY

Payback period = 500,000JPY ÷197,100JPY ≒Recover in 2.5 years. Then if the

durability is 15years, the profit will continue 12.5 years

=197,100JPY×12.5Years=2,463,750JPY

■Easy energy saving calculated using the spreadsheet table by Excel

sheet on the rightCondition 1

Condition 2

Condtition3

If the average room temperature during the

operating time is one degree lower, it is considered to

be 10% energy savings. (※ Source: Energy

Conservation Center, Japan)

Electric bill only

(Excluded :Gas, heavy oil, kerosene, etc. )

Air conditioning is commercial type

(If the air conditioning system is the central air-

conditioning system or the like, it is assumed air

conditioning is commercial type.)

■Simulation conditions reference: Funai Research Institute

Please write only inside space

is automatically calculated

① What is the Mean temperature difference between coated room and uncoated room?

2 ℃ 20 % Energy saving of air conditioning

18 kwh

③ After application , the power consumption of air-conditioning is below

18 kwh - 3.6 = 14.4 kwh

④ How many time is your Operation time of air-conditioning ?

10 hours 365

⑤ Power consumption reduction for a year

13140 Wh

⑥ What is the electricity rate ?

15 Yen/kwh

⑦ How many field did you apply ?

200 ㎡

⑧ How much is the application cost ?

200 × 2500 Yen/㎡ = 500000 Yen

⑨ Did you pay other cost for application? How much is it?

Yen ⇒ 500000 Yen

⑩197100 Yen

⑪ Amortization period

2.5 years

Calculating formula of energy saving for IRUV Cut Coat

days for a year

Reduction cost for a year

Total cost is

What is thePower consumption of air conditioning ?

Page 8: Proposal of Energy Saving...energy-saving .Calculated at 10% in Japan)Calculate the application cost by electricity charges and labor costs in South Korea, it has proved to be recovered
Page 9: Proposal of Energy Saving...energy-saving .Calculated at 10% in Japan)Calculate the application cost by electricity charges and labor costs in South Korea, it has proved to be recovered

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Page 10: Proposal of Energy Saving...energy-saving .Calculated at 10% in Japan)Calculate the application cost by electricity charges and labor costs in South Korea, it has proved to be recovered
Page 11: Proposal of Energy Saving...energy-saving .Calculated at 10% in Japan)Calculate the application cost by electricity charges and labor costs in South Korea, it has proved to be recovered

Sapporo beer factory

Convenience Store Shopping Mall in Hokkaido

Toyota Car dealer shopKawasaki / Company

Niigata University Funabori Tower Hall

Ministry of Internal Affairsand Institute for Information

and Communications Policy

Tokyo Gakkan Niigata highschool Daiwa house company

Ibaraki Quantum Beam Research Center

Certain clinic in Kyoto

Medical corporation Juzenkai

Higashiyama old people's home in

Kyoto

Japanese MedicalUniversity Hospital

In Chiba

Nagoya, Aichi Prefecture

Special nursing home for the aged

Shoju Garden

Mishima, Shizuoka kenCentral Hospital

Japanise Atomic Energy Agency

JR Kyushu clinic SJR branch clinic

Construction results

Page 12: Proposal of Energy Saving...energy-saving .Calculated at 10% in Japan)Calculate the application cost by electricity charges and labor costs in South Korea, it has proved to be recovered

Nishitetsu Gion bld in Fukuoka ken Odakyu Express Train

Tokyo tower Tobu Fujigaoka Golf Country Club Elevator in Sumida city Hall ,Tokyo

City hall Tamaho in Yamanashi FILM Fuji Research Institute

Swimming Pool in Mitsui Fudosan com

Ito-Yokado Department store Hotel Okura Akademia Park Chiba

The Windsor Hotels International in Hokkaido

HOTEL JAPAN Shimoda in Shizuoka

Exiv Shirahama AnnexIn Wakayama

Exiv Shirahama in Wakayama

Fukayaso,Nursing Home in Okayama

Construction results