SOLAR BATTERIES. solar technology Batteries

Transcription

1 SOLAR CATALOGUE

2 SOLAR BATTERIES solar technology Batteries To be used in Solar stand-alone-systems : Off-Grid systems With the Solar Technology Batteries we can offer a solution for your renewable energy storage system that features reliability and longevity. Unlike some manufacturers who simply repackage existing battery products into a new array and call it a solar line, we evaluated the market needs and developped an innovative line-up of storage battery products that provide the best available power storage solutions for contemporary solar and wind power systems. we have the most complete, dedicated range of Renewable Energy batteries in comparison to other manufacturers. we have battery capacities that range from 18 to 3690 Ah. we have the recognition of Solar Technology Batteries as Best Available and Most Reliable by serious RE system owners. Solar Technology Batteries are Heavy Weight and that s important! Heavy means energy dense plates that use more active lead material. Heavier plates that use more lead material are directly related to stronger battery performance and longevity. So even if the batteries look similar, batteries with more active lead material will last longer! And that is why we are the industry leader in terms of lead content per ampere-hour of rated capacity! No other renewable battery in the world can compete with the assured performance of the Solar Technology Batteries. 2

3 solar technology ask for Our COmplete range Of solar technology Batteries, available in : GEL BATTERIES 6 Volt Batteries, 12 Volt Batteries & 2 Volt elements OpeN lead-acid Semi-traction (flat plate) Monobloc (tubular) Deep-cycle BST-elements OpzS (2 Volt) maintenance free AGM Batteries Northstar Pure lead AGM GEL Batteries OpzV Batteries Li-Ion DEEP CYCLE BATTERIES SEMI-TRACTION BATTERIES TRACTION BATTERIES ES AGM TECHNOLOGY 3

4 RENEWABLE POWER solar. WiNd. power. GuaraNteed. This is where your solar and wind power investment pays off. In renewable energy storage systems that feature the reliability and longevity delivered by Crown Renewable Power Batteries. The most complete, dedicated array of RE batteries in comparison with other manufacturers Battery capacity ratings that range from 120 to 3690 ampere-hours (100 Hour Rate) Recognition of Crown Renewable Power Batteries as Best Available and Most Reliable by serious RE system owners PROeye No mess, no guess indicator for inspecting electrolyte levels that signals when watering service is required. Heat-Sealed Case and Cover Design Posi-Wrap Plate Protection Posi-Wrap separators reduce maintenance, prevent failure due to plate short-circuit and mossing, and keep active material bonded to the plate structure to ensure long battery life. Z3 Plate Construction Crown s Z3 design combines three integrated features for superior performance and longevity. Our signature Diamond Z plate architecture. An inset lug position. LifePlus Active Material, manufactured with premium lead oxide from our own oxide mill to exact specifications, applied uniformly and temperature cured in computercontrolled Curing Ovens that assure optimum product performance and life. 12CRP95 12CRP115 12CRP130 6CRP235-HD 4 Hd = Heavy duty

5 solar technology Individual 2-Volt Steel Tray Design Combines a powerful range of ampere-hour capacities that afford RE system users with unmatched application flexibility while providing a better solution for temperature management and electrical isolation. features COmmON to all CrOWN Batteries Rugged Cell Construction Signature Heavy-Duty Cast-on-Strap and Terminal Post manufactured in a fully-automated production process deliver unmatched electrical efficiency and durability. Low Maintenance Reliability Crown Renewable Products low maintenance design ensures reduced Preventative Maintenance frequency, lower PM service costs, and best-available user ROI: Proprietary cell construction that reduces water loss during the charge cycle. Additional fluid headspace above the battery plates so batteries can perform longer between watering intervals. Water-Saver battery cover and vent components capture gasses emitted during the charge cycle and return restored fluid restored to the battery. Safe & Easy Handling CRP Power Module and Monobloc batteries include fixed handles or lifting lugs to enable safe and easy handling as well as the flexibility to install with or without battery racks. Cell Cover Heat-sealed to ensure a permanent, leak-free seal between the cell container and cover. The cover s double O-ring bushing design allows positive plate growth without cover leakage and eliminates cell cover distortion. Element Protector Full width element protector with individual fingers between each plate lug prevents premature failure from mossing short-circuit and prevents separator damage during cell inspection. C A B D Posi-Wrap Plate Protection A B C D Vertical Double Mat Slyver Wrap becomes embedded into the plate surface for active material retention while protecting the plate s bottom vertical frame from short-circuits. Horizontal Glass Mat Wrap provides a secondary layer of active material retention while protecting the plate s horizontal frame from short-circuits. The Koroseal Retainer Wrap is a perforated envelope which tightly binds the two glass mat wraps to the plate while providing a third layer of insulation against mossing and short-circuits. The Sleeve Separator is a high-porosity sleeved separator that delivers a final layer of insulation from direct plate-to-plate contact and mossing. Z3 Plate Construction Power Module batteries Z3 plate design combines three integrated features for superior electrical performance and longevity. 13 vertical plate wires that withstand the rigors of deep cycling service and high-rate discharge. Offset internal wires are designed for less internal resistance and maximum active material retention to deliver premium battery life. LifePlus Active Material, manufactured with premium lead oxide from our own oxide mill to exact specifications, applied uniformly and temperature cured in computer-controlled Curing Ovens that assure optimum product performance and life. 6CRP260-HD 6CRP350-HD 6CRP430-HD 2CRP500 2CRP1400 2CRP2550 Hd = Heavy duty 5

6 US DEEP-CYCLE LAYOUT W W W W W L (A) (B) (C) L (D) L (E) SOLAR REF CROSS REF Volts c100* c20* c5* Wt RC min@a 6 volts deep cycle batteries X Y H terminal (standard) level indicator 6CRP205 GC2E-HD-SOL , A-UT no 48 6CRP220-HD GC2-HD-SOL , A-UT no 48 6CRP235-HD GC2C-HD-SOL , A-UT no 42 6CRP240-HD GC2B-HD-SOL , A-UT no 42 6CRP240-E 6DCS195-SOL A-A no 42 6CRP260-HD GC2H-HD-SOL A-UT no 42 6CRP250 S3H-SOL , A-UT no 36 6CRP275 S3HH-SOL , A-UT no 36 6CRP305-HD S4-HD-SOL , A-UT yes 24 6CRP330-HD S4H-HD-SOL , A-UT yes 24 6CRP350-HD S4HH-HD-SOL , A-UT yes 24 6CRP370-HD L16-HD-SOL A-UT yes 24 6CRP390-HD L16H-HD-SOL , A-UT yes 24 6CRP430-HD L16HH-HD-SOL , A-UT yes 24 8 volts batteries deep cycles 8CRP150 8VGCE-SOL A-S no 42 8CRP165 8VGC-SOL A-S no 42 8CRP190 8VGH-SOL , A-S no volts deep cycles batteries 12CRP95 M24DH-SOL , B-UT no 48 12CRP105 M27D-SOL , B-UT yes 48 12CRP115 M27DH-SOL , B-UT yes 48 12CRP130 31H-SOL , B-UT yes 42 12CRP150 12VGCE-SOL , B-UT no 32 12CRP155 12VGC-SOL , B-UT no 32 12CRP185HD SSW-HD-SOL , B-UT yes 24 12CRP195HD SSWM-HD-SOL , B-UT yes 24 12CRP215HD SSWH-HD-SOL , B-UT yes 24 Maintenance free deep cycles Calcium calcium Dual purpose 12CRP550 24DP550 SOL , B-UT no 64 12CRP600 27DP600 SOL B-UT yes 48 12CRP800 31DP800 SOL B-UT yes 36 12CRP A-1100 SOL B-A yes 36 Please contact us for information on our QUICK RELEASE for deep cycle monoblocks: BAT/21157 (for 6V-batteries) or BAT/21158 (for 8V-batteries) POLES 12CRP95 12CRP115 12CRP130 6CRP235-HD 6CRP350-HD X H Y Qty/ palet 6 Hd = Heavy duty

7 solar technology EMBASSY GEL DEEP CYCLE GEL All batteries fitted with BCI Type M terminals. This is the same terminal as what is offered on our standard deep cycle batteries. ABS plastic container and cover. Crown Model Description cross ref. BCI Group Size Crown Item Number Other 20 Hr Rate RC Minutes Terminal Type Length Width Voltage Container Height Terminal Height Weight 6, 8 & 12 Volt Sealed Gel Deep Cycle Batteries 6CEG200 DGY6-180-SOL GC A BCI Type M ,5 30,5 6CEG235 DGY6-225-SOL Euro GC A BCI Type M ,0 31,9 6CEG A BCI Type M ,5 48,0 6CEG A BCI Type M ,5 57,5 12CEG33 DGY12-33-SOL U1L A B2 195,0 130,0 151,0 187,0 10,2 12CEG55 DGY12-55-SOL 22NF A Type J 229,0 138,0 213,0 237,0 16,8 12CEG80 DGY12-75-SOL A BCI Type M 260,0 168,0 211,0 235,0 24,0 12CEG100 DGY SOL A BCI Type M 306,0 168,0 211,0 235,0 28,3 12CEG110 DGY SOL A BCI Type M 329,0 173,0 209,0 233,0 30,9 12CEG4D 4D D A BCI Type M 329,0 173,0 209,0 233,0 54,9 12CEG8D 8D D A BCI Type M 340,0 173,0 283,0 309,0 63,3 7

8 EMBASSY AGM DEEP CYCLE AGM Crown Model Description cross ref. BCI Group Size Crown Item Number Other 20 Hr Rate RC Minutes Terminal Type Length Width Voltage Container Height Terminal Height Weight 6, 8 & 12 Volt Sealed AGM Deep Cycle Batteries 6CEA215 DAB6-180-SOL GC A BCI Type M ,5 31,1 6CEA220 DAB6-200-SOL A M ,0 28,7 6CEA240 DAB6-225-SOL Euro GC A BCI Type M ,0 32,8 6CEA245 GC2H A BCI Type M ,0 34,0 6CEA A BCI Type M ,5 49,1 8CEA165 DAB8-160-SOL GC A BCI Type M ,5 36,8 12CEA33 DAB12-33-SOL U1L A B ,0 10,0 12CEA55 DAB12-55-SOL 22NF A Type J ,0 17,0 12CEA80 DAB12-80-SOL A BCI Type M ,0 24,0 12CEA100 DAB SOL A BCI Type M ,0 28,0 12CEA110 DAB SOL A BCI Type M ,0 31,0 12CEA135 DAB SOL A BCI Type M ,0 42,0 12CEA A BCI Type M 12CEA4D DAB SOL 4D D A BCI Type M ,0 12CEA8D DAB SOL 8D D A BCI Type M ,5 8

9 solar technology NSC PURE LEAD BATTERIES NORTHSTAR BATTERY 99.99% PURE LEAD P LATE TECHN OLOGY designed for demanding applications the proven performance Of Blue star technology NOW enhanced to deliver more power, HiGH CyCliNG and fast recharge 2 years shelf life Ideal for demanding environments with unstable AC power High cycling and fast recharge performance high potential fuel savings when used with hybrid genset applications Modified electrochemistry delivers high capacity and high power density 10 years float life at 25 (77 F) Operating temperature range -40 C to +65 C High modulus Polyphenylene Oxide (PPO) plastic materials designed to handle in extended elevated operating temperatures - Non-halogenated, thermally sealed plastic casing - Flame retardent (UL 94 VO) and LOI of at least 28% Partial State of Charge (PSOC) cycling technology 9

10 NSC PURE LEAD BATTERIES NORTHSTAR BATTERY 99.99% PURE LEAD P LATE TECHN OLOGY fast recharge and HiGH CyCliNG In many regions of the world the on-grid power supply is unreliable, suffering frequent power outages every day. This means frequent recharging, severely shortening battery life. To minimize the impact of outages or use of diesel generators it is crucial to recharge batteries as quickly as possible - you never know when the next outage will be. At the same time, the cyclability of the battery needs to be exceptional, as the number of charging cycles will be greatly increased when the grid goes down. The NSC Blue Technology offers a five times faster recharge and can handle more than three times as many cycles than standard AGM s, thanks to its PSOC compatibility. This not only ensures a more reliable power supply, but also reduces the cost of operation. The new NSC Blue + Battery NorthStar took the proven performance of Blue Star Technology and modified the electrochemistry to deliver more power, high cycling and fast recharge. This makes the Blue + Battery ideal for unstable grid and off grid applications. Other features of the NsC Blue + Battery include: Operates even under extreme temperatures of -40ºC to +65ºC Advanced 3 stage terminal design to ensure leak-free operation Female M8 brass terminals provide maximum performance Non-halogenated, thermally sealed PPOI plastic casing and cover Flame retardant (UL 94 VO) and LOI of at least 28% Integral handles and front access terminals ensure ease of installation and maintenance Approved as non-hazardous cargo for road, sea, and air transport: DOT 49CFR (d), (i) and (ii) NorthStar Batteries are built to be the best and designed to be reliable and longlasting. This means less downtime, lower battery replacement and fewer maintenance visits and thus lowering the total cost of ownership. Users of NorthStar Batteries expect the best, not just from our products but from our service as well. This is why we also offer a high degree of service and flexibility. NorthStar believes in the concept of Thinking Green Every Step of the Way. This value makes it important to reduce the environmental impact of their products. Every step of the production process of NorthStar Batteries has been improved with this value in mind. 10

11 solar technology NSC PURE LEAD BATTERIES pure lead agm technology NORTHSTAR BATTERY 99.99% PURE LEAD P LATE TECHN OLOGY advantages Pure-Lead batteries (99.99% pure-lead!) Maintenance-free AGM battery No use of additives such as Calcium or Antimony Less corrosion and gassing in the battery = less water consumption Pure Lead works with thinner grids, so more plates in a battery! Can be discharged & charged for short times with high current Small amount of Tin added to the Pure Lead technology to improve the charging characteristic Copper (brass) terminals ensure good performance Catalogued under non-hazardous for transportation by road, air & sea BeNefits A longer floating-life (The life expectancy of a floating battery under continuous charge. This depends on the frequency and depth of discharge, the float voltage and the ambient temperature) Higher energy density Long shelf life High performance Minimal gassing : drying out the battery is almost zero Low self discharge Lower temperatures: the loss of capacity is less than with traditional batteries More resistant to higher temperatures More plates closer to each other : minimum internal cell resistance Batteries for CyCliC use CHaraCteristiCs Pure lead blocks for cyclic use One of the main advantages of this battery is the fact that they can work under upsoc conditions. In an uncontrolled Partial State of Charge (upsoc) cycle the battery is partially discharged, and may only get a full recharge when the circumstances permit. This can be done on a very irregular basis. The main advantage of the Blue batteries is their ability to work under these upsoc conditions without being fully recharged after each cycle (which is strongly recommended with standard batteries) Better performances and better & UPSOC cycles than an ordinary AGM battery The Blue + battery can operate under extreme temperatures: -40 C to +65 C The Blue battery can also be recharged very fast with an adapted charger for use in SOLAR 12v pure-lead agm Batteries for start & CyCliC use NsB-13 layout/terminals: female m6 leak proof C5 capacity: 11,6 Ah C20 capacity: 13,6 Ah Dimensions: 175x82x129 mm Weight: 6 kg Impedance (1kHz): C Conductance: 409 S Short Circuit Current: 600 A 11

12 NSC PURE LEAD BATTERIES NORTHSTAR BATTERY 99.99% PURE LEAD P LATE TECHN OLOGY Batteries for CyCliC use NsC81ft-ev+ layout/terminals: female m8 x 1.25 Nominal voltage: 12 V C5: 80,5 Ah C20: 96,7 Ah Dimensions : Weight: Impedance 25 C: Short Circuit Current: 396x108x264 mm 30 kg 2.9 mω 3000 A NsC80ft-ev layout/terminals: female m8 x 1,25 Nominal voltage: 12 V C5: 80 Ah C20: 90,4 Ah Dimensions : Weight: Impedance 25 C: Short Circuit Current: 396x108x287 mm 34 kg 3,7 mω 3500 A NsC96ft-ev+ layout/terminals: female m8 x 1,25 Nominal voltage: 12 V C5: 96,3 Ah C20: 105,3 Ah Dimensions : Weight: Impedance 25 C: Short Circuit Current: 396x108x287 mm 34 kg 3,8 mω 3500 A NsC134ft-ev layout/terminals: female m8 x 1,25 Nominal voltage: 12 V C5: 134,2 Ah C20: 152,3 Ah Dimensions : Weight: Impedance 25 C: Short Circuit Current: 560x125x320 mm 58 kg 2,3 mω 6000 A NsC163ft-ev+ layout/terminals: female m8 x 1,25 Nominal voltage: 12 V C5: 163,6 Ah C20: 181 Ah Dimensions : Weight: Impedance 25 C: Short Circuit Current: 560x125x320 mm 58 kg 2,4 mω 6000 A NsC360-ev layout/terminals: female m8 x 1,25 Nominal voltage: 12 V C5: 359,5 Ah C20: 386,9 Ah Dimensions : Weight: Impedance 25 C: Short Circuit Current: 181x161x348 mm 26 kg 0,2 mω A 12

13 solar technology SEMI-TRACTION & TRACTION BATTERIES REF Cross-REF. V Ah/20h Ah/5h TYPE H QTY/ PALLET X Y H KG Layout Poles SOL P ,10 C A SOL P ,30 C A SOL P ,00 A A 6PzS195-SOL T ,00 A A 6DCS195-SOL P/T ,30 A UT 6PzS205-SOL T ,50 A A 6PzS180-SOL T ,00 A A PzS320-SOL T ,00 A A SOL K P ,60 C A 2PzS38-SOL T ,50 C A SOL K P ,80 C A 2PzS56-SOL T ,00 C A SOL P ,50 C A HC-SOL 12 K P ,00 C A 3PzS57-SOL T ,00 C A SOL 12 K P ,00 C A SOL 12 K P ,00 C A 3PzS75-SOL 12 K T C SOL P ,00 C A SOL 12 K P ,50 C A SOL P ,00 C A SOL P ,00 C A 4PzS90-SOL T ,00 C A SOL 12 K P ,00 C A SOL P ,00 C A SOL 12 K P ,00 D A 4PzS118-SOL T ,00 C A 4DCS118-SOL P/T ,00 C A PzS126-SOL T ,00 C A SOL K P ,00 D A PzS150-SOL T ,40 E A SOL K P ,00 D A K= Kamina cover, P=Flat Plate, T= Tubular Plate LAYOUT X Y L L L POLES A (Automotive) W (A) W (B) W (C) W (D) W (E) 13

14 MAINTENANCE FREE GEL BATTERIES Gel Batteries Every battery type has its pros and its cons, that s why it s important to use the right battery type for every application! GEL REF V Ah 20h Ah 5h X Y H KG QTY/ PALLET LAYOUT DGY6-7,5-SOL ,30 40 B T1 DGY6-12-SOL ,00 40 B T2 DGY6-110-SOL ,00 32 A M8 DGY6-160-SOL ,00 32 A M8 DGY6-225-SOL ,20 32 A A DGY6-180-SOL ,10 32 A A DGY6-200-SOL ,00 32 A M8 DGY8-180-SOL ,40 32 A DGY SOL 12 7,7 5, ,50 40 D T1 DGY12-13-SOL 12 13,1 9, ,00 40 D T2 DGY12-18-SOL ,80 40 C M5 DGY12-26-SOL , , ,80 40 C M5 DGY12-30D-SOL ,70 36 B F DGY12-33-SOL ,5 193, ,5 10,90 36 B M6 DGY12-40D-SOL ,10 36 C A DGY12-40D-SOL ,40 36 C F DGY12-44-SOL , ,5 14,00 36 C M6 DGY12-55EVSOL ,5 36 B M6 DGY12-60D-SOL ,20 36 C A DGY12-65-SOL , ,50 36 C M6 DGY12-70J-SOL ,10 36 B M6 DGY12-75-SOL ,00 36 B M8 DGY12-80D-SOL ,80 36 C A DGY12-85D-SOL ,00 36 B A DGY SOL ,40 32 B M8 DGY SOL ,20 32 B M8 DGY12-110D-SOL ,00 24 A A DGY12-120D-SOL ,70 24 D A DGY SOL ,50 24 B M6 DGY12-140D-SOL ,80 24 D A DGY SOL ,30 20 B M8 DGY SOL ,00 20 E M6 DGY SOL ,00 12 E M8 DGY SOL ,00 12 E M8 DGY12-210D-SOL ,00 12 D A X H Y POLES agm 1 Gel advantages of the agm battery lower priced than a GEL battery perfect for start & stationary use better performances with short duration / high intensity discharge a smaller battery size can be used for a high intensity discharge advantages of the Gel battery longer lifespan recovers totally from deep discharges, even when the battery isn t recharged immediately perfect for cyclic use with daily charges/discharges perfect performances with long-lasting discharges better resistant to higher temperatures sulfatation (stratification) is impossible thanks to the gel equalization charge isn t necessary limited self-discharge accepts the charge better thanks to the lower internal resistance less chance of short circuit thanks to the strengthened separator polymeric separator with glass matt for an increased performance resists bad charge characteristics better can be discharged, even when she isn t fully charged, without capacity loss applicable when main voltage is instable 14

15 solar technology MAINTENANCE FREE AGM BATTERIES AGM agm Batteries = absorbed Glass matt REF V Ah 20h Ah 5h X H Y KG QTY/ PALLET LAYOUT POLES X Y H DAB6-110-SOL ,00 32 A M8 DAB6-160-SOL ,00 32 A M8 DAB6-180-SOL ,50 32 A M8 DAB6-200-SOL ,00 32 A M8 DAB6-225-SOL ,80 32 A M8 DAB8-180-SOL ,70 32 DAB12-14-SOL 12 14,1 13, ,75 40 C T2 DAB12-15-SOL 12 17,8 14, ,20 40 C M5 DAB12-18-SOL , ,25 40 C M5 DAB12-26-SOL , ,20 36 C M5 DAB12-28-SOL , ,40 36 C M5 DAB12-33-SOL , ,90 36 B M6 DAB12-44-SOL ,60 36 C M6 DAB12-44EV-HD-SOL ,2 60 C M6 DAB12-55-SOL , ,50 36 B M6 DAB12-70J-SOL , ,10 36 C M6 DAB12-70-SOL , ,5 36 B M6 DAB12-80-SOL ,70 36 B M8 DAB SOL , ,00 36 B M8 DAB SOL , ,20 32 B M8 DAB SOL , ,00 32 B M8 DAB SOL ,10 24 C M8 DAB SOL ,20 20 B M8 DAB SOL ,20 20 E M8 DAB SOL ,00 12 E M8 DAB SOL ,00 12 E M8 NEW L L L W (A) W (B) W (C) W (D) W (E) BAT/32714 J-Type adaptor M6 BAT/33955 Automot. adaptor M6 BAT/33956 Automot. adaptor M8 Lead Flag (F) Automotive (A) J type Copper Flag Insert (M) 15

16 BATTERY SOLAR TECHNOLOGY Advantages Long life under cycling use Up to 1500 cycles 80% DoD Extended topping-up intervals Maximum charging efficiency Minimal positive growth Improved safety against accidental contacts Main Applications Renewable energy Emergency power Railways Telecommunications Standard Ref. EN EN EN EN EN EN Cell Specifications Positive plates Tubular plate with lead selenium grid alloy 1.8 Sb Negative plates Flat pasted plate with lead selenium grid alloy (cage design) Separators Polyethylene separator sleeve on positive plate Cell container White translucid Polypropylene Cell lid Opaque dark-gray Polypropylene Electrolyte Dilute solution of sulphuric acid SG ± 0.01 at 25 C Electrolyte reserve Maximum availability over the plates Terminal posts d24 with M10 threaded insert Posts sealing Sealing bush on HQ post finishing Vent caps Flame arrestor ceramic vent fully tested in compliance with UL standard Plate suspension Bottom supported with sediment space Inter-cell connectors Fully insulated copper bar 16

17 SOLAR TECHNOLOGY Nominal Voltage CAPACITY (Ah) to 1,80Vpc SG C Ri Isc Dimensions (mm) Weight Electrolyte Type v 5 Hrs 10 Hrs 24 Hrs 100 Hrs 120 Hrs mohm ka w l h (lid) H max (ceramic plug) WET (kg) DRY (kg) Weight (kg) Volume (litres) 2 BST ,35 1,43 82,5 197, ,8 7,6 5,2 4,2 3 BST ,92 2,14 82,5 197, ,1 10,0 4,1 3,3 3 BST ,71 2,85 82,5 197, ,7 12,2 3,5 2,8 5 BST ,58 3,56 100,5 197, ,2 14,9 4,3 3,4 4 BST ,75 2,70 82,5 197, ,7 15,2 4,5 3,6 5 BST ,63 3,37 100,5 197, ,0 18,7 5,3 4,3 6 BST ,55 4,05 118,5 197, ,6 22,0 6,6 5,3 7 BST ,49 4,72 136,5 197, ,0 26,3 6,7 5,4 DISCHARGE CURRENT (A) to 1,80 Vpc SG at 25 C Type C 1 C 2 C 3 C 5 C 8 C 10 C 20 C 24 C 100 C BST 55 55,8 38,0 29,1 20,4 14,2 11,9 6,5 5,53 1,49 1,26 3 BST 55 83,7 57,0 43,7 30,6 21,3 17,8 9,8 8,30 2,24 1,89 3 BST ,6 76,0 58,3 40,8 28,4 23,8 13,0 11,07 2,99 2,52 5 BST ,5 95,0 72,9 51,0 35,5 29,7 16,3 13,84 3,74 3,15 4 BST ,3 87,6 69,0 49,8 35,5 30,0 17,1 14,67 4,56 3,86 5 BST ,9 109,5 86,2 62,2 44,3 37,5 21,3 18,34 5,70 4,83 6 BST ,4 131,3 103,5 74,7 53,2 45,0 25,6 22,00 6,83 5,80 7 BST ,0 153,2 120,7 87,1 62,0 52,5 29,9 25,67 7,97 6, LIFECYCLES AT 25 C vs DOD Type DISCHARGE CURRENT (A) to 1,70 Vpc SG at 25 C C 1 C 2 C 3 C 5 C 8 C 10 C 20 C 24 C 100 C 120 DISCHARGE CURRENT (A) to 1,90 Vpc SG at 25 C C 1 C 2 C 3 C 5 C 8 C 10 C 20 C 24 C 100 C BST 55 61,4 40,9 30,9 21,3 14,8 12,3 6,7 5,70 1,54 1,30 3 BST 55 92,1 61,3 46,3 32,0 22,1 18,4 10,1 8,55 2,31 1,94 3 BST ,8 81,7 61,7 42,6 29,5 24,6 13,4 11,39 3,08 2,59 5 BST ,5 102,2 77,2 53,3 36,9 30,7 16,8 14,24 3,85 3,24 41,5 29,9 23,5 17,0 12,1 10,2 5,7 4,87 1,31 1,10 62,3 44,8 35,2 25,5 18,2 15,3 8,6 7,31 1,96 1,65 83,0 59,8 47,0 33,9 24,2 20,4 11,4 9,74 2,62 2,20 103,8 74,7 58,7 42,4 30,3 25,5 14,3 12,18 3,27 2,76 4 BST ,5 96,6 73,8 51,4 36,4 30,6 17,4 14,87 4,58 3,88 5 BST ,7 120,8 92,2 64,3 45,5 38,2 21,7 18,59 5,72 4,85 6 BST ,8 144,9 110,7 77,2 54,6 45,9 26,1 22,31 6,87 5,82 7 BST ,9 169,1 129,1 90,0 63,7 53,5 30,4 26,03 8,01 6,79 90,3 66,9 54,7 41,3 30,5 26,1 15,5 13,40 4,24 3,60 112,8 83,6 68,4 51,6 38,2 32,7 19,4 16,75 5,30 4,50 135,4 100,3 82,1 61,9 45,8 39,2 23,2 20,10 6,36 5,40 157,9 117,0 95,8 72,2 53,4 45,8 27,1 23,45 7,42 6,30 17

18 STATIONARY BATTERIES OpzS OpzS/OpzV OpzS batteries are standby batteries with tubular plates, especially designed as battery backup power for all industrial applications which demand low-maintenance as well as average and long discharges. The tubular design with lead selenium alloy guarantees a longer operating life, minimal maintenance and optimal performances in cyclic and standby applications. H Y Weight Electrolyte Cell Type Voltage Capacity X filled dry weight (kg.) volume (litres) Terminals X Y Z 4 OPzS ,6 14,5 4,1 3,3 2 5 OPzS ,3 17,1 5,2 4,2 2 6 OPzS ,9 19,7 6,2 5,0 2 5 OPzS ,3 21,8 7,5 6,0 2 6 OPzS ,5 25,5 9,0 7,3 2 7 OPzS ,4 29,4 10,0 8,1 2 6 OPzS ,6 35,2 12,4 10,0 2 7 OPzS ,1 41,3 14,8 11,9 4 8 OPzS ,9 47,4 16,5 13,3 4 9 OPzS ,2 52,2 19,1 15, OPzS ,4 56,9 20,5 16, OPzS ,1 61,3 22,8 18, OPzS ,3 65,7 24,6 19, OPzS ,2 85,6 27,6 22, OPzS ,2 95,3 29,9 24, OPzS ,3 103,8 33,5 27, OPzS ,4 109,6 37,8 30, OPzS ,6 117,0 39,6 31, OPzS ,4 146,7 49,7 40, OPzS ,7 167,2 62,5 50,4 8 18

19 SOLAR TECHNOLOGY Advantages Refilling of the water only every 3 to 5 years in float charge use, under normal conditions Longer battery life: 15 years in float at 20, even in cyclical use Flexible screwed connectors: - simple and easy connection - less accessories demanded - less time for maintenance & control - reduction of the tension is smaller in the connections - better protection against short-circuits Self-discharge less than 3 % Very low floating current Main ranges of application Thanks to the OpzS stationary battery series, we can offer a reliable and environment-friendly energy source for back-up systems for innumerable applications, such as: telecom business, the railways, electricity cabins, uninterruptible power supplies, ups, electricity and nuclear power plants, wind and solar energy etc. How to order a stationary battery? Type and reference of the battery Voltage & AH of the battery Size of the outerbox of the battery Lead-acid / AGM or GEL If this data isn t available, we need the following information: Dimensioning of the battery: Parameters: 1. Which capacity in (K)watt or which constant current 2. Nominal tension of the battery (12V, 24V,...) 3. Autonomy 4. Minimal final tension 5. Ambient temperature (if possible). Use the discharge tables (constant capacity per cell, or constant current) per final tension per autonomy. E.g.: 12V, 240 watt, 1 hour: Capacity per cell = 240 / 6 = 40A When you take 1,75V/cell as final tension for 60 minutes Choice: DAS12-33: 40,3 watt or DAS 12-44: 53,3 watt. 19

20 STATIONARY BATTERIES OpzV-Gel Tubular Gel Technology For Solar Applications The tubular gel solar range utilizes proven materials & construction technology tailored for the specific demands of the worldwide solar industry. Performance is greatly enhanced by the inclusion of special materials, techniques and processes developed through extensive r&d and exhaustive testing. Manufactured to the highest international standards, the range is ideal for reliable use in solar and similar applications. Operation Nominal Voltage - 2V Float Charge vpc at C Frequent Use Applications - Superior cycle life at all depths of discharge Design Life C Connection - Cables, bus bar connectors and terminal covers available on request. Operating Temperature - 20 to 50 C Construction VRLA Maintenance free Positive plate Tubular, high tin content for long float and cycle life Negative Plate Flat pasted with frame Separator Microporous Polymer Formation Superior proprietry incaseformation Electrolyte Very high purity Sulfuric acid Flame Arrester Standard Battery Model Nominal Voltage C1 1,67 VPC C3 1,75 VPC C5 1,77 VPC C10 1,80 VPC C100 1,85 VPC 4 OPzV 200 S OPzV 250 S OPzV 300 S OPzV 350 S OPzV 420 S OPzV 490 S OPzV 600 S OPzV 800 S OPzV 1000 S Terminal Female insert as standard, proven, reliable, long life sealing method Case High impact resistant ABS flame retardant to UL94V0 on request. Venting valve EPDM rubber, excellent acid resistance for long life Specification Built to comply with IEC 8962, DIN 43534, BS 6290 PM, Eurobat. Transport Approved as non-hazardous cargo for ground, sea and air transportation in accordance with US DOT Regulation 49 and ICAO & IATA Packing Instruction 806. Battery Model Dimensions (mm) Total Approx. Internal Terminal Terminal Weight Resistance 18 Nm Length Width Height Height Kg Pairs mohms Torque 4 OPzV 200 S ,1 M10 5 OPzV 250 S ,5 1 0,9 M10 6 OPzV 300 S ,8 M10 5 OPzV 350 S ,7 M10 6 OPzV 420 S ,6 M10 7 OPzV 490 S ,5 M10 6 OPzV 600 S ,45 M10 8 OPzV 800 S ,35 M10 10 OPzV 1000 S ,26 M10 12 OPzV ,26 M10 12 OPzV ,23 M10 16 OPzV ,17 M10 20 OPzV ,14 M10 24 OPzV ,12 M10 20

21 SOLAR TECHNOLOGY Charging The maximum applied charging current should be 20% of 020. In cyclic applications the maximum applied charging voltage should be 2.4 vpc. For: Daily discharge less than 0.4 x Use at 20 Degrees C Daily discharge more than 0.4 x Use at 20 Degrees C Charging Voltage is adjusted 5 mvfc The Quality & Management system governing the manufacture of this product is ISO 9001:2000 and ISO 14001:2004 certified. LIFE-CYCLE OF A TUBULAR + DEEP CYCLE BATTERY IN COMPARISON to the depth of discharge = DOD All the selected batteries are developed for SOLAR applications ( = charging & discharging) Open lead-acid batteries Semi-traction batteries Open lead-acid batteries, flat plates, ca. 600 cycles (DIN). Deep-cycle batteries Open lead-acid batteries, flat plates, USA Traction Monobloc, ca cycles (DIN) (SAE). Traction batteries Open lead-acid batteries, pos. tubular plates, ca cycles (DIN). Maintenance free batteries AGM batteries Valve regulated lead acid batteries, Absorbed Glass Mat Technology (=AGM). Can be used in any position. For lighter cyclical applications, ca. 300 cycles. DOD No. of cycle (DIN) Life span (year) GEL batteries For durable cyclical use. Only in straight position. Longest battery life, highest cycles and the best for cyclical use. Ca. 550 cycles. Attention! The battery life depends on the use / discharge of the battery (DOD = Depth of Discharge: see table, the way of charging etc. It s recommended to recharge the battery as fast as possible after use, the life span indicated is the average with an 80%-discharge. Open lead-acid: max. 2,65V/cell, charging current = Ah/5H : 6 AGM: 2,35V/cell - 2,40V/cell max., charging current = Ah/5H : 6 GEL: 2,35V/cell - 2,40V/cell max., charging current = Ah/5H : 6 21

22 LITHIUM-ION BATTERIES Lithium-ion batteries As Battery Supplies we put a lot of efforts in investigating new products & technologies. Lithium-Ion Batteries is one of the technologies on which we believe it can offer many advantages. LiFePO4 = Lithium Iron Phosphate We can offer a full power solution of LiFePO4 battery pack + charger + BMS. Our range covers from 12V 24V 48V 72V 144V to 388V. With a capacity of 10 Ah 20Ah 30Ah 50Ah 100Ah 200Ah 600Ah. The batteries are supplied with a LiFePO4 charger & patented BMS (Battery Management System) that can monitor and equalize each single cell during charge & discharge. Why to choose for our LiFePO4 = Lithium Iron Phosphate batteries : High Performance and super compact Extremely safe & stable chemistry : It is non-explosive & will not catch fire under collision due to overcharging or from short circuit. High discharge rate capability : When accelarating, the battery will have better powerful performance than other Lithium and NiMh batteries. Long service life : Over 6-7 years, up to 2000 cycles (under 80%DOD) Deep Depth of Discharge (DOD) : The batteries can be fully (100%) discharged. Lead-acid batteries can only be discharged till 80%, otherwise they will be damaged. So with the same capacity the LiFePO4 battery is more powerfull. The voltage of LiFePo4 is 3.2V/cell. The voltage will also remain from 3.2V 2.85V within 85% of its discharge time. No memory effect Environmentally friendly : Non-toxic, non-contaminating, no rare metals. CE, UL and SGS/ROHS approved. Wide working temperature : from -20 C to +45 C for discharge and from 0 C to +45 C for charge Battery Management System (BMS) We supply a range of low-cost, next generation, proven Battery Management System that will work for all high-power lithium iron phosphate (LiFePO4) batteries commonly used in a range of Electric Vehicle (and other) applications. They are highly configurable in both hardware and software, allowing battery systems ranging from a few cells up to hundreds of cells. The modular nature allows systems to easily expand with your needs, reconfiguring as required. They seamlessly link with the PC (or Tablet) based software that also works throughout your whole home network (or Wifi network) common in most installations. Yes, that means wireless remote monitoring of your car. If you have an inquiry for our Lithium-Ion (LiFePO4) batteries, please send a mail to info@batterysupplies.be and our technical team will look to offer you the battery that will fit for your application. Cell model dimensions (W x L x H) Nominal Capacity (Ah) Nominal Voltage (V) Internal Resistance (mω) Weight Continuous Discharging Current (C) LIT/ mm x 256 mm x 235 mm 200Ah 3,2 <0, C LIT/ mm x 163 mm x 276 mm 100Ah 3,2 < C LIT/ mm x 115 mm x 195 mm 60Ah 3,2 < C LIT/ mm x 114 mm x 167 mm 40Ah 3,2 < C 22

23 SOLAR TECHNOLOGY LITHIUM-ION BATTERIES Battery Packs made on your demand! LiFePO4 12v Module 40Ah-110Ah Can be used in serial configuration up to 4S (48V) SERIAL CONFIGURATION POSSIBLE upto 4s SERIAL CONFIGURATION POSSIBLE no limits Specifications LIT/ LIT/ LIT/ LIT/ Nominal Module Voltage 12.8V 12.8V 12.8V 12.8V Nominal Capacity (C/5, 23 C) 40Ah 110Ah 40Ah 110Ah Weight (approximate) 6.5 kg 15.8 kg 6,5 kg 15.8 kg Dimensions (incl. terminals) 197 x 131 x 182 mm 260 x 172 x 225 mm 197 x 131 x 182 mm 260 x 172 x 225 mm Terminals, Female Threaded M6 x 1.0 M8 x 1.25 M6 x 1.0 M8 x 1.25 Specific Energy 79 Wh/kg 89 Wh/kg 79 Wh/kg 89 Wh/kg Max. Continuous Current 30A 30A 80A 120A Standard Discharge Peak Current (10S) 60A 60A 120A 200A Cut-off Voltage 10V 10V 10V 15V Cut-off Voltage 14.6V 14.6V 14.6V 21,9V Standard Charge Standard Charge Rate 0.5C 0.5C 0.5C 0.5C plug-and-play solutions Drop-in replacement batteries LIT/ * Layout/Terminals : T1 Nominal voltage: 12.8 V Rated Capacity: 6 Ah Standard discharge (0.2 C 5 ) after standard charge (0.2 C 5 ) Dimensions LxWxH : 70x90x101 mm Weight: 0,68 kg Discharge cut-off voltage: 10 V Charging cut-off voltage: 14.6 V Standard charge: C constant current(cc) charge to 14.6V, then constant voltage (CV)14.6V charge till charge current decline to 0.05C Operation temperature : 0 C-55 C Charge time : Approx Standard discharge: Constant current 0.3C Operation temperature : -10 C-60 C Max. Discharge Current : 6,6A Peak Discharge Current : 13,2A Suitable charger 14,6v 2A : LIT/ *No Parallel Or Serial Use LIT/ * Layout/Terminals : T2 Nominal voltage: 12.8 V Rated Capacity: 10 Ah Standard discharge (0.2 C 5 ) after standard charge (0.2 C 5 ) Dimensions LxWxH : 151x98x95 mm Weight: 1,3 kg Discharge cut-off voltage: 10 V Charging cut-off voltage: 14.6 V Standard charge: C constant current(cc) charge to 14.6V, then constant voltage (CV)14.6V charge till charge current decline to 0.05C Operation temperature : 0 C-55 C Charge time : Approx Standard discharge: Constant current 0.3C Operation temperature : -10 C-60 C Max. Discharge Current : 10A Peak Discharge Current : 20A Suitable charger 14,6v 3A : LIT/ LIT/ * Layout/Terminals : T2 Nominal voltage: 12.8 V Rated Capacity: 12 Ah Standard discharge (0.2 C 5 ) after standard charge (0.2 C 5 ) Dimensions LxWxH : 151x98x95 mm Weight: 1,65 kg Discharge cut-off voltage: 10 V Charging cut-off voltage: 14.6 V Standard charge: C constant current(cc) charge to 14.6V, then constant voltage (CV)14.6V charge till charge current decline to 0.05C Operation temperature : 0 C-55 C Charge time : Approx Standard discharge: Constant current 0.3C Operation temperature : -10 C-60 C Max. Discharge Current : 12A Peak Discharge Current : 24A Suitable charger 14,6v 3A : LIT/

24 LITHIUM-ION BATTERIES LIT/ * Layout/Terminals : M5 Nominal voltage: 12.8 V Rated Capacity: 15 Ah Standard discharge (0.2 C 5 ) after standard charge (0.2 C 5 ) Dimensions LxWxH : 181x76x166 mm Weight: 2 kg Discharge cut-off voltage: 10 V Charging cut-off voltage: 14.6 V Standard charge: C constant current(cc) charge to 14.6V, then constant voltage (CV)14.6V charge till charge current decline to 0.05C Operation temperature : 0 C-55 C Charge time : Approx Standard discharge: Constant current 0.3C Operation temperature : -10 C-60 C Max. Discharge Current : 15A Peak Discharge Current : 30A Suitable charger 14,6v 5A : LIT/ LIT/ * Layout/Terminals : M5 Nominal voltage: 12.8 V Rated Capacity: 20 Ah Standard discharge (0.2 C 5 ) after standard charge (0.2 C 5 ) Dimensions LxWxH : 181x76x166 mm Weight: 2,75 kg Discharge cut-off voltage: 10 V Charging cut-off voltage: 14.6 V Standard charge: C constant current(cc) charge to 14.6V, then constant voltage (CV)14.6V charge till charge current decline to 0.05C Operation temperature : 0 C-55 C Charge time : Approx Standard discharge: Constant current 0.3C Operation temperature : -10 C-60 C Max. Discharge Current : 20A Peak Discharge Current : 40A Suitable charger 14,6v 5A : LIT/ LIT/ * Layout/Terminals : M6 Nominal voltage: 12.8 V Rated Capacity: 30 Ah Standard discharge (0.2 C 5 ) after standard charge (0.2 C 5 ) Dimensions LxWxH : 195x130x182 mm Weight: 3,8 kg Discharge cut-off voltage: 10 V Charging cut-off voltage: 14.6 V Standard charge: C constant current(cc) charge to 14.6V, then constant voltage (CV)14.6V charge till charge current decline to 0.05C Operation temperature : 0 C-55 C Charge time : Approx Standard discharge: Constant current 0.3C Operation temperature : -10 C-60 C Max. Discharge Current : 30A Peak Discharge Current : 60A Suitable charger 14,6v 10A : LIT/ LIT/ * Layout/Terminals : M6 Nominal voltage: 12.8 V Rated Capacity: 40 Ah Standard discharge (0.2 C 5 ) after standard charge (0.2 C 5 ) Dimensions LxWxH : 95x98x151 mm Weight: 5,7 kg Discharge cut-off voltage: 10 V Charging cut-off voltage: 14.6 V Standard charge: C constant current(cc) charge to 14.6V, then constant voltage (CV)14.6V charge till charge current decline to 0.05C Operation temperature : 0 C-55 C Charge time : Approx Standard discharge: Constant current 0.3C Operation temperature : -10 C-60 C Max. Discharge Current : 40A Peak Discharge Current : 80A Suitable charger 14,6v 10A : LIT/ LIT/ * Layout/Terminals : M6 Nominal voltage: 12.8 V Rated Capacity: 60 Ah Standard discharge (0.2 C 5 ) after standard charge (0.2 C 5 ) Dimensions LxWxH : 195x130x182 mm Weight: 7,2 kg Discharge cut-off voltage: 10 V Charging cut-off voltage: 14.6 V Standard charge: C constant current(cc) charge to 14.6V, then constant voltage (CV)14.6V charge till charge current decline to 0.05C Operation temperature : 0 C-55 C Charge time : Approx Standard discharge: Constant current 0.3C Operation temperature : -10 C-60 C Max. Discharge Current : 40A Peak Discharge Current : 80A Suitable charger 14,6v 25A : LIT/ LIT/ * Layout/Terminals : M6 Nominal voltage: 12.8 V Rated Capacity: 80 Ah Standard discharge (0.2 C 5 ) after standard charge (0.2 C 5 ) Dimensions LxWxH : 246x158x260 mm Weight: 10,8 kg Discharge cut-off voltage: 10 V Charging cut-off voltage: 14.6 V Standard charge: C constant current(cc) charge to 14.6V, then constant voltage (CV)14.6V charge till charge current decline to 0.05C Operation temperature : 0 C-55 C Charge time : Approx Standard discharge: Constant current 0.3C Operation temperature : -10 C-60 C Max. Discharge Current : 60A Peak Discharge Current : 120A Suitable charger 14,6v 25A : LIT/ *No Parallel Or Serial Use 24

25 SOLAR TECHNOLOGY LITHIUM-ION BATTERIES LIT/ * Layout/Terminals : M6 Nominal voltage: 12.8 V Rated Capacity: 100 Ah Standard discharge (0.2 C 5 ) after standard charge (0.2 C 5 ) Dimensions LxWxH : 246x158x260 mm Weight: 13,5 kg Discharge cut-off voltage: 10 V Charging cut-off voltage: 14.6 V Standard charge: C constant current(cc) charge to 14.6V, then constant voltage (CV)14.6V charge till charge current decline to 0.05C Operation temperature : 0 C-55 C Charge time : Approx Standard discharge: Constant current 0.3C Operation temperature : -10 C-60 C Max. Discharge Current : 60A Peak Discharge Current : 120A Suitable charger 14,6v 25A : LIT/ LIT/ * Layout/Terminals : M6 Nominal voltage: 25,6 V Rated Capacity: 10 Ah Standard discharge (0.2 C 5 ) after standard charge (0.2 C 5 ) Dimensions LxWxH : 166x76x181 mm Weight: 2,5 kg Discharge cut-off voltage: 20 V Charging cut-off voltage: 29,2 V Standard charge: C constant current(cc) charge to 14.6V, then constant voltage (CV)14.6V charge till charge current decline to 0.05C Operation temperature : 0 C-55 C Charge time : Approx Standard discharge: Constant current 0.3C Operation temperature : -10 C-60 C Max. Discharge Current : 10A Peak Discharge Current : 20A Suitable charger 29,4v 3A : LIT/ LIT/ * Layout/Terminals : M6 Nominal voltage: 25,6 V Rated Capacity: 20 Ah Standard discharge (0.2 C 5 ) after standard charge (0.2 C 5 ) Dimensions LxWxH : 195x130x182 mm Weight: 5,5 kg Discharge cut-off voltage: 20 V Charging cut-off voltage: 29,2 V Standard charge: C constant current(cc) charge to 14.6V, then constant voltage (CV)14.6V charge till charge current decline to 0.05C Operation temperature : 0 C-55 C Charge time : Approx Standard discharge: Constant current 0.3C Operation temperature : -10 C-60 C Max. Discharge Current : 20A Peak Discharge Current : 40A Suitable charger 29,4v 5A : LIT/ Customized Li-ion solutions *No Parallel Or Serial Use Battery Supplies strength in regards to li-ion-solutions is the full technical support we provide. At Battery Supplies we have a technical team fully dedicated to LIFEP04-Solutions. We provide OEM-companies and installers with a custom-made and ready-made solution based on your specifications and demands. Please put yourself into contact with our engineering department! Customized li-ion battery packs According to your specifications : For solar energy storage, stand-alone systems Li-NMC-O2 or LiFePO4 chemistry Cylindrical or pouch cell Voltage < 48V Capacity up to 40Ah Different C-rates (for energy storage or power applications) Build-in protection PCB, cell balancing Dimensions following demand Soft PVC or Aluminium housing 25

26 Charge controllers MPPT MPPT SOLAR CONTROLLER Reference SOL/ TR-1215RN System Voltage Harge current Max Power Panel Max Voc Dimensions Weight VDC A W VDC mm gram X 97 X SOL/ TR-2215RN X 118 X SOL/ TR-3215RN X 169 X SOL/ TR-4210RN X 169 X SOL/ MT-5 REMOTE DISPLAY FOR MPPT SOLAR CONTROLLER ABOVE 95 X 95 X 25 ET2415N X 203 X ET3415N X 203 X ET4415N X 203 X ET6415N X 203 X I-P-MSC-40A X 185 X I-P-MSC-50A X 185 X I-P-MSC-60A X 185 X

27 SOLAR TECHNOLOGY dc-ac inverters PURE SINE WAVE INVERTERS DC-AC Reference Type Tension Tension Power Peak Plug Efficiency Dimensions Weight Stock in (DC) uit (AC) Continue 12 VOLT BAT/ V - 300W 10,8-15V 230V - 50Hz 300W 600W 1 90% 200 x 118 x 62H 1,3 BAT/ V - 600W 10,8-15V 230V - 50Hz 600W 1200W 1 90% 235 x 118 x 62H 1,5 BAT/ V W 10,8-15V 230V - 50Hz 1000W 2000W 2 90% 323 x 139 x 72H 2,7 V BAT/ V W 10,8-15V 230V - 50Hz 2000W 4000W 2 90% 435 x 199 x 73H 5,4 V BAT/ V W 10,8-15V 230V - 50Hz 3000W 6000W 2 90% 404 x 199 x 146H 8,5 V BAT/ V W 10,8-15V 230V - 50Hz 4000W 8000W 2 90% 435 x 199 x 146H 9,7 BAT/ V W 10,8-15V 230V - 50Hz 5000W 10000W 2 90% 544 x 199 x 146H 11,9 V 24 VOLT BAT/ V - 300W 21-30V 230V - 50Hz 300W 600W 1 90% 200 x 118 x 62H 1,3 BAT/ V - 600W 21-30V 230V - 50Hz 600W 1200W 1 90% 235 x 118 x 62H 1,5 BAT/ V W 21-30V 230V - 50Hz 1000W 2000W 2 90% 323 x 139 x 72H 2,7 V BAT/ V W 21-30V 230V - 50Hz 2000W 4000W 2 90% 435 x 199 x 73H 5,4 V BAT/ V W 21-30V 230V - 50Hz 3000W 6000W 2 90% 404 x 199 x 146H 8,5 V BAT/ V W 21-30V 230V - 50Hz 4000W 8000W 2 90% 435 x 199 x 146H 9,7 V BAT/ V W 21-30V 230V - 50Hz 5000W 10000W 2 90% 544 x 199 x 146H 11,9 V 48 VOLT BAT/ V W 41-56V 230V - 50Hz 4000W 8000W 2 90% 435 x 199 x 146H 9,7 V BAT/ V W 41-56V 230V - 50Hz 5000W 10000W 2 90% 544 x 199 x 146H 11,9 V MODIFIED SINE WAVE INVERTERS DC-AC Reference Type Tension Tension Power Peak Plug Efficiency Dimensions Weight Stock in (DC) uit (AC) Continue 12 VOLT BAT/ V - 150W 10,8-15V 230V - 50Hz 150W 250W 1 85% 82 x 89 x 47H 0,5 BAT/ V - 300W 10,8-15V 230V - 50Hz 300W 600W 1 85% 122 x 89 x 47H 1,3 BAT/ V - 500W 10,8-15V 230V - 50Hz 600W 1200W 1 85% 157 x 89 x 47H 1,5 BAT/ V W 10,8-15V 230V - 50Hz 1000W 2000W 2 85% 262 x 154 x 72H 2,7 V BAT/ V W 10,8-15V 230V - 50Hz 2000W 4000W 2 85% 405 x 199 x 73H 5,4 V BAT/ V W 10,8-15V 230V - 50Hz 3000W 6000W 2 85% 404 x 199 x 146H 8,5 BAT/ V W 10,8-15V 230V - 50Hz 4000W 8000W 2 90% 435 x 199 x 146H 9,7 BAT/ V W 10,8-15V 230V - 50Hz 5000W 10000W 2 85% 544 x 199 x 145H 11,9 48 VOLT FEATURES Power ON-OFF switch Input voltage range: -15% ~ +25% Output voltage regulation: ± 10% Thermo control cooling fan Two-color indicators display power and fault status Protections: short circuit, overload, over temperature, low battery voltage, over battery voltage, lack-voltage alarm Topology: Microprocessor Approvals: CE mark / EMC / LVD / RoHS 1 year warranty BAT/ V - 150W 21-30V 230V - 50Hz 150W 250W 1 85% 82 x 89 x 47H 0,5 BAT/ V - 300W 21-30V 230V - 50Hz 300W 600W 1 90% 122 x 89 x 47H 1,3 BAT/ V - 600W 21-30V 230V - 50Hz 600W 1200W 1 90% 157 x 89 x 47H 1,5 BAT/ V W 21-30V 230V - 50Hz 1000W 2000W 2 90% 262 x 154 x 72H 2,7 V BAT/ V W 21-30V 230V - 50Hz 2000W 4000W 2 90% 405 x 199 x 73H 5,4 V BAT/ V W 21-30V 230V - 50Hz 3000W 6000W 2 90% 404 x 199 x 146H 8,5 BAT/ V W 21-30V 230V - 50Hz 4000W 8000W 2 90% 435 x 199 x 146H 9,7 BAT/ V W 21-30V 230V - 50Hz 5000W 10000W 2 90% 544 x 199 x 145H 11,9 27

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