Contents

Pacific Solar Overview 2

Evacuated Tubes 3

Evacuated Tube Collectors CPC 4

Pressure Loss of the Tube Collectors CPC 5

Solar Water Heater Thermosiphon System 6

Pressurised Thermosiphon System 7

Domestic Hot Water System 8

Domestic Hot Water System-Fittings 9

Space Heating System 12

Solar Power Stations 13

Solar Street Lights 14

Solar Lamps 16

Pacific Solar Overview

EVACUATED TUBES

1 Metal Insulation Layer (Copper)Reduce heat loss and low dow emission rate

2 Absorption Layer (Stainless Steel & AI–N–AI Enamelled Mirror)Anti–corrosion & Anti–oxidation

3 Anti–reflection Layer (AI–N–AI)Ensure high absorption rate and low emission rate by reducing reflection

1 Inner Tube2 Solar Selective Absorption Coating3 Vacuum Tube4 Outer Tube5 Supporter6 Getter7 Absorption Film

TECHNICAL DATA

Item Specification One Layer Three LayerAbsorbance Rate after Coating (AM1.5) α ≥94.5% α ≥94.5%Absorbance Rate after Evacuating (AM1.5) α ≥92.5% α ≥93.5%Emission Rate after Coating (80±5°C) ε≤6.5% ε≤6.0%Emission Rate after Evacuating (80±5°C) ε≤7.5% ε≤6.5%Stagnation Parameter ≥220m2°C/KW ≥240m2 °C/KWSolar Radiance Exposure ≤3.3MJ/m2 ≤3.0MJ/m2

Average Heat Lose Coefficient ≤0.75W/(m2.°C) ≤0.70W/(m2 °C)Selective Coating Material AI-N/AI SS-AI-N/CuImpact Resistance Steel Ball Test: Steel ball with diameter of 30mm fall on the evacuated

tube vertically from 450mm height, the evacuated tube is not damaged.Coating No besmirching, crusting or flaking off.Coating Lighter Area The coating colour shall be even, with lighter area shall be smaller than 50mmVacuum Degree ≤3 X10-3PaPressure 0.6MPaTransparent ≥0.89 (AM1.5ISO9806-1: 1994)

As the key components of the solar collector, the evacuated tube is a product that is optimized in geometry and performance.

The tubes are composed of two concentric glass tubes which in each case are half spherically closed on one side and fused together on the other side.

The gap between the tubes is evacuated and afterwards hermetically plugged (vacuum Insulation).

In order to make solar power usable, the internal glass tube is provided on itsexternal surface with an environmentally friendly, highly selective layer and isthus designed as an absorber.

This coating is thus protected within the vacuum gap. It is an aluminum nitritesputter layer which is characterised by very low emission and very good absorption.

EVACUATED TUBE COLLECTORS CPC 1506/1512/1518

For domestic water heating and backup heating, series connection

Heat exchange material: copper

Scope of delivery:

Fully pre-mounted unit consists of:

• Evacuated tubes according to the thermos principle• Manifold with direct flow heat conduction unit and dry

tube connection• CPC reflector• Collectors are packed in individual boxes.

Additional sun protection sheet over evacuated tubes

Mounting types:

• Roof mounting• Flat-roof / wall mounting

Note: The manifold must always be mounted on top. The minimum angle for on-roof and flat roof mounting is 15°

Series CPC 1506 CPC 1512 CPC 1518

Number of evacuated tubes 6 12 18

ηο (aperture), DIN 4757-4 or EN 12975 % 64.2 64.2 64.2

C1 with wind, in relation to aperture W/(m2k) 0.89 0.89 0.89

C2 with wind, in relation to aperture W/(m2k2) 0.001 0.001 0.001

Yield forecast KWh/(m2a) 651 651 651

(location WÜrzburg, Germany, reference area 3 m2)

Yield forecast KWh/(m2a) 589 589 589

(location WÜrzburg, Germany, reference area 5 m2)

Grid dimensions (length x height x depth) m 0.70 x 1.64 x 0.1 1.39 x 1.64 x 0.1 2.08 x 164 x 0.1

Gross surface area m2 1.15 2.28 3.41

Aperture area m2 1.0 2.0 3.0

Collector contents 1 0.8 1.6 2.4

Weight kg 19 37 54

Max. working overpressure bar 10 10 10

Max. stagnation temperature °C 295 295 295

Connection diameter, clamping ring mm 15 15 15

Sensor sleeve mm 6 6 6

Collector material AI / Cu / glass / silicon / PBT / EPDM / TE

Glass tube material borosilicate glass 3.3

Selective absorber coating material aluminum nitrite

Glass tube (Ø ext./Ø int./wall thickness/tube len.) mm 47/37/1.6/1500

Colour (aluminium frame profile, anodised) aluminium grey

Colour (plastic parts) black

Thermal shock test ITW test number 02COL282

Hailstone test according to DIN EN 12975-2 TÜV test number 435/142448

EC Type examination Z-DDK-MUC-04-100029919-005

DIN CERTCO - Register number 011-7S113R

PRESSURE LOSS OF THE TUBE COLLECTORS CPC 1506/1512/1518P

ress

ure

lo

ss [

mb

ar]

Flow rate[l/min

Po

wer

ou

tpu

t p

er c

olle

cto

r u

nit

[W

]

ΔΔT = T Collector – TAmbient air [K]

Power curve

SOLAR WATER HEATER THERMOSIPHON SYSTEM

• Single family use for up to 6 persons • Farming and Camping areas • Shower at sports areas or swimming areas • Holiday residences

ADVANTAGES

• Evacuated tubes with German standard • Polyurethane foaming HFC-245FA blowing agent which

is harmless to ozone layer • Aluminum brackets, strong and durable

For the non-Pressurised thermosiphon system, its storage tank and evacuated tubes are Installed as one tinin building roof. Run by natural circulation, the system can work without electricity. The hot water flow rate of this kind mainly depends on height difference between the water tank and the hot water shower head.

TECHNICAL DATA

Item Specs CA47-1515 CA47-1530 CA58-1530 CA58-1830

Capacity 100L 200L 200L 300L

Inner Tank Diameter: φ 350mm, Material: Stainless Steel Diameter: φ 370mm, Material: Stainless Steel

SUS304-2B, Thickness: δ = 0.5mm SUS304-2B, Thickness: δ = 0.5mm

Outer Tank Diameter: φ 450mm, Material: Painted Steel Plate Diameter: φ 370mm, Material: Painted Steel Plate

Thickness: δ = 0.376mm Thickness: δ = 0.426mm

Insulation Polyurethane foaming 141B δ = 50mm Polyurethane foaming 141B δ = 50mm

Anode Protection Not included Included Mg Protective Rod

Brackets Aluminum Alloy

Reflector No Reflector

Inclination 42/30 Degree

Welding Automatic Argon-arc and seamless welding

Evacuated Tube Tubes, Dimension: φ 47X1500mm Blue Tubes, Dimension: φ 58X1800mm

Qty in 20ft/40ft/40hc 60/128/142 33/74/82 30/64/70 18/44/48

We can provide customisation service from 80L to 300L according to your request.

APPLICATION

STRUCTURE

Pressurised THERMOSIPHON SYSTEM

The Pressurised thermoslphon system specialised in its dual innertanks-enamel SPCC tank which stores the water for customers' dailyuse and stainless steel SUS304-2B tank which stores the cycle water to transfer the heat was designed by German professional technic expert. It combines the advantages of traditionalChinese thermoslphon system and German high level Pressurisedsystem know-how to provide more comfort. With it's high quality, longlife period and simple Installation, it has passed the government test-ing in some countries and been patented.

ADVANTAGES

• Easy to assemble not only on roof, but on ground • Convenient hot water to supply with high comfort• Suitable for regions with high water pressure • Two loop circulation principle ensures high quality

clean water

• Dual inner tanks and a filling tank • Inner Pressurised enamel tank to provide hot water

for daily use • Inner stainless steel tank for heat transfer fluid • Inner stainless steel tank heats the water inside

enamel tank via a heat transfer fluid • On top, a filling tank for filling heat transfer fluid in

the gap between enamel and stainless steel tank

Air Vent

Air Vent Pipe Filling Tank

Foam Material

Painted Steel Outside TankStainless Steel Inside Tank

Enamelled Inner Tank

AZZURRO Evacuated Tube

CPC Reflector

Stainless Steel PlatePBT Holder

TECHNICAL DATA

Max. Working Pressure 6 barInside Tank (inner layer) Enamelled SPCC :=2mm; φ=340mm

Inside Tank (outer layer) Stainless Steel SUS304-2B �=0.6mm

Outer Tank Stainless Steel �=0.4mm; φ=380mmVacuum Tube L=1500mm, φ=47mmAir Vent / Overflow Position Top / LidInlet / Outlet Position Bottom / Lid (alternative)Storage Tank Insulation (mm) Polyurethane Foaming HFC-245FAφ=45MMReflector CPC / AluminumElectric Heating Rod Optional (220V, 1500W,CCC Standard, 1.5’)Bracket Material Aluminum AlloyMax Working Temperature 95ºCBracket Type Pitched Roof / Flat RoofCapacity 150/200L

APPLICATION

STRUCTURE

DOMESTIC HOT WATER SYSTEM

The domestic hot water system is an active two loop system circulated bya pump with a controller. For this kind of system, the storage tank is separated with collectors. The collector is perfectly integrated on the roofor out of the window of the building, whereas the storage tank is installedinside the room. The piping between main components is made of copperwith high-temperature resistance insulation materials wrapped outside.

There are two types of this system. One is active system circulated by apump with controller. The other type is passive system circulated by thedifference of temperature and height between the tank and collector. Both of them have Pressurised tanks.

Domestic hot water system can provide hot water for 2 to 10 people, whilethe size of tank and collector area depend on the Individual requirement ofthe customer and the climate data at the place of installation.

ADVANTAGES OF PACIFIC SOLAR DOMESTIC HOT WATER SYSTEM:• High quality in design and construction • Automatic and comfortable hot water supply • High efficiency with CPC technology • Evacuated tube with high absorption and low emission • Modern building integrated system

S0LAR STATION

DOMESTIC HOT WATER SYSTEM-FITTINGS

The solar station is a pre-assembled and completely sealed unit for using in solar thermal system. It is installedin the return flow line (cold side) of the solar circuit only.The flow in the solar circuit can be adjusted at the flowmeter in combination with the pumps stage. It can beused In both low flow and high flow solar systems.

The main components of a solar station are:

1. Flow meter 2. Manometer 3. Stop valve 4. Non return valve 5. Safety valve 6. Solar pump 7. Filling & rinsing valve

Total contents 0.21

Continuous operating temperature, max. 110°

Safety valve 1/2”,8 bar

Flow/return connection CU 15 mm compression fitting

Pumps line voltage 230 V, 50Hz

Total length pump 130mm

Flow-meter 1-7 I/min

Pressure gauge 0-10 bar

Material of insulation cover EPP

Package Dimensions 550 x 350 x 230 mm

Weight incl. cover: 5.1kg

DOMESTIC HOT WATER SYSTEM-FITTINGS

The solar controller is conceived for the control of domes-tic hot water systems consisting of evacuated tube collec-tor and solar hot water storage tank. It controls switchingon and off of the solar pump as sensing of the collectorand storage temperature. The solar controller permits operation of the solar system with water instead of ananti-freeze agent.

Function:

1. Temperature difference circulation2. Overheating protection and safety functions3. Assistant electrical heater functions4. Freezing protection5. Faults alert 6. Power cut memory 7. Current leakage protection8. Shift from Chinese to English9. Time display and set10. Initial start up

Item Specs Co1Working Pressure 220VAC 50HzRated Power 6WWorking Temperature 0~40°CWorking Humidity =90%RHTemperature Precision ±2ºCSafety Grade IPX4Booster Pump =200WElectrical Heater =2.5kW

SOLAR CONTROLLER

DOMESTIC HOT WATER SYSTEM-FITTINGS

After finishing the installation of the complete solar system, including solar station, storage tank, solar controller and all necessary safety devices, the solar cir-cuit has to be rinsed thoroughly with suitable equipment. We recommend using the Solar Pacific filling and rinsingstation for the initial start up process.

Total contents 0.21

Continuous operating temperature, max. 110°

Safety valve 1/2”,8 bar

Flow/return connection CU 15 mm compression fitting

Pumps line voltage 230 V, 50Hz

Flow-meter 1-7 I/min

Pressure gauge 0-10 bar

Material of insulation cover EPP

Package Dimensions 550 x 350 x 230 mm

Weight incl. cover: 5.1kg

After finishing the installation of the complete solar system, including solar station, storage tank, solar controller and allnecessary safety devices, the solar circuit has to be rinsed thoroughly with suitable equipment. We recommend using theSolar Pacific filling and rinsing station for the initial start up process.

SOLAR FILLING AND RINSING STATION

SPACE HEATING SYSTEM

Space Heating for every unit Space heating system cannot be designed and installed for each house. Large

scale project should be designed. One of the problems of such system is how to utilise the heat the project

gathered in summer time. As the hospital, hospital, school, hotel will use hot water all year round, the space

heating project can be combined with such sites to consume the extra heat in summer. Solar space heating

adopts the same principle of hot water collection. And the heated water will be used for space heating or

floor heating. Also the Pressurised or non Pressurised system can be used.

SOLAR POWER STATIONS

Solar power stations for houses for their lights

On grid or off grid solar power station can be designed by Pacific Solar. The solar panels can be installed for

each household or arranged together. Details should be provided by the Clients.

The above system is for small load from 10w to 180w home solar power system.

Also on grid or off grid system can be designed as below:

No.: LNLD-01

• Solar module: 80Wp mono-crystalline solar module:

• Light source: energy saving lamp, 30W:

• Control system: professional intelligent micro-computer controller:

• Suitable temperature: -25°C – 70°C

• Working time: 6 hours, 3 cloudy days

• 7, height: 6m, 7m, 8m

No.: LNLD-02

• Solar module: 80Wp mono-crystalline solar module:

• Light source: energy saving lamp, 30W:

• Control system: professional intelligent micro-computer controller:

• Suitable temperature: -25°C – 70°C

• Working time: 6 hours:3 cloudy days

• 7, height: 6m, 7m, 8m

No.: LNLD-03

• Solar module: 80Wp mono-crystalline solar module:

• Light source: energy saving lamp, 30W:

• Control system: professional intelligent micro-computer controller:

• Suitable temperature: -25°C – 70°C

• Working time: 6 hours, 3 cloudy days

• 7, height: 6m, 7m, 8m

Solar street lights and park lights (LED also)

The longest road in China which utilised solar street lights was designed and installed by Pacific Solar. Also

solar flashing traffic lights can also be employed in this project.

SOLAR STREET LIGHTS

No.: LNLD-04

• Solar module: 175Wp mono-crystalline solar module:

• Light source: high pressure sodium lamp, 60W

• Control system: professional intelligent micro-computer controller:

• Suitable temperature: -25°C – 70°C

• Working time: 6 hours, 3 cloudy days

• 7, height: 6m, 7m, 8m

No.: LNLD-05?

• Solar module: 200Wp solar module:

• Light source: high pressure sodium lamp, 70W?

• Control system: professional intelligent micro-computer controller:

• Suitable temperature: -25°C – 70°C

• Working time: 6 hours, 3 cloudy days

• 7, height: 6m—10m

No.?LNLED-01?

• Solar module: 55Wp solar module?

• Light source: LED street light module , 20W?

• Control system: professional intelligent micro-computer controller:

• Suitable temperature: -25°C – 70°C

• Working time: 6 hours, 3 cloudy days

• 7, height: 6m, 7m, 8m

No.: LNLED-02

• Solar module: 55 Wp mono-crystalline solar module:

• Light source: LED street light module , 20W:

• Control system: professional intelligent micro-computer controller:

• Suitable temperature: -25°C – 70°C

• Working time: 6 hours, 3 cloudy days

• 7, height: 6m, 7m, 8m

SOLAR LAMPS

SML-C22N

• Power: 1.5wp

• Light source: 6 pcs LED

• Battery: 1600mA Ni-MH

• Working time: 8-10 hours per night, for 3-5 cloudy day

• Controller: micro-computer (especially for lawn lamp)

• Height: 700mm

• Material: found aluminium

SML-C23N

• Power: 0.3wp

• Light source: 3 pcs LED

• Battery: 800mA Ni-MH

• Working time: 8-10 hours per night, for 3-5 cloudy day

• Controller: micro-computer (especially for lawn lamp)

• Height: 450mm

• Material: stainless steel

SML-C31N

• Power: 1.5wp

• Light source: 6 pcs LED

• Battery: 1600mA Ni-MH

• Controller: micro-computer (especially for lawn lamp)

• Working time: 8-10 hours per night, for 3-5 cloudy day

• Height: 500-700mm

• Material: stainless steel

SOLAR LAMPS

SML-C32N • Power: 0.5wp • Light source: 3 pcs LED • Battery: 800mA Ni-MH • Controller: micro-computer (especially for lawn lamp) • Working time: 8-10 hours per night, for 3-5 cloudy day • Height: 500-700mm • Material: stainless steel

SML-C012W • Power:1.5wp • Light source: 6 pcs LED • Battery: 1600mA Ni-MH • Working time: 8-10 hours per night, for 3-5 cloudy day • Controller: micro-computer (especially for lawn lamp) • Height : 450mm • Material: stainless steel

SML-C021W • Power: 3.0wp • Light source: 12 pcs LED • Battery: 6V/4AH • Working time: 8-10 hours per night, for 3-5 cloudy day • Controller: micro-computer (especially for lawn lamp) • Height : 1000-1200mm • Material: found aluminium

Contact: www.pacificsolar.co.za Contact Person: Sarel Joubert E-mail: sarel@pacificsolar.co.zaTel: 011 314 8888 Fax: 086 687 8794 Cell: 082 817 9813

69 Austin Road, Glen Austin, Midrand, Gauteng, South Africa P.O. Box 6000, Halfway House 1685 South Africa