| System requirement instruction | STIN-12000W off-grid photovoltaic system | |||
| Design Basis | the system DC voltage is set to 48VDC | |||
| System configuration and offer | ||||
| Item | Part | Specification | Quantity | Remarks |
| 1 | Solar panel | STIN-Poly 290W | 27PCS | connection method:3pcs in one string and 9 strings in parallel |
| 2 | PV combiner box | 3 inputs, 1 output | 3SETS | |
| 3 | Bracket | C-shaped steel | 1SET | hot-dip zinc |
| 4 | Inverter with mppt controller | STIN-4000W | 3pcs in parallel | 1, Built-in 60A MPPT controller |
| 2, pure sine wave, high frequency output | ||||
| 3, support grid/Diesel input | ||||
| 5 | LiFePo4 battery | STIN 48V-100AH | 6PCS | |
| 6 | DC breaker(battery to inverter) | MCCB 100A 2P | 3PCS | |
| 7 | Connector (pv cable to solar panel) | MC4 | 9pairs | |
| 8 | PV cables(solar panel to inverter) | 4mm2 | 600M | 300M red+300M black |
| 9 | BVR cables(pv combiner box to inverter) | 10mm2 | 120M | 60M red +60M black |
| 10 | BVR cables(confluence box to inverter) | 35mm2 | 16M | 8M red + 8M black |
| Instructions | 1. The battery can support 9000W load work 3hours. | |||
| 2. The maximum power load should not exceed 12000W (including inductive load impact: such as refrigerators, air conditioners, washing machines, etc. with motor load). | ||||
| 3. The battery can be fully charged in 3hours under STC sunshine condition. | ||||
| System requirement instruction | STIN-16000W off-grid photovoltaic system | |||
| Design Basis | the system DC voltage is set to 48VDC | |||
| System configuration and offer | ||||
| Item | Part | Specification | Quantity | Remarks |
| 1 | Solar panel | STIN-Poly 290W | 36PCS | connection method:3pcs in one string and 12 strings in parallel |
| 2 | PV combiner box | 3 inputs, 1 output | 4SETS | |
| 3 | Bracket | C-shaped steel | 1SET | hot-dip zinc |
| 4 | Inverter with mppt controller | STIN-4000W | 4pcs in parallel | 1, Built-in 60A MPPT controller |
| 2, pure sine wave, high frequency output | ||||
| 3, support grid/Diesel input | ||||
| 5 | LiFePo4 battery | STIN 48V-100AH | 8PCS | |
| 6 | DC breaker(battery to inverter) | MCCB 100A 2P | 4PCS | |
| 7 | Connector (pv cable to solar panel) | MC4 | 12pairs | |
| 8 | PV cables(solar panel to inverter) | 4mm2 | 800M | 400M red+400M black |
| 9 | BVR cables(pv combiner box to inverter) | 10mm2 | 160M | 80M red +80M black |
| 10 | BVR cables(battery to inverter) | 35mm2 | 20M | 10M red + 10M black |
| Instructions | 1. The battery can support 12000W load work 3hours. | |||
| 2. The maximum power load should not exceed 16000W (including inductive load impact: such as refrigerators, air conditioners, washing machines, etc. with motor load). | ||||
| 3. The battery can be fully charged in 3hours under STC sunshine condition. | ||||
| System requirement instruction | STIN-20000W off-grid photovoltaic system | |||
| Design Basis | the system DC voltage is set to 48VDC | |||
| System configuration and offer | ||||
| Item | Part | Specification | Quantity | Remarks |
| 1 | Solar panel | STIN-Poly 290W | 45PCS | connection method:3pcs in one string and 15 strings in parallel |
| 2 | PV combiner box | 3 inputs, 1 output | 5SETS | |
| 3 | Bracket | C-shaped steel | 1SET | hot-dip zinc |
| 4 | Inverter with mppt controller | STIN-4000W | 5pcs in parallel | 1, Built-in 60A MPPT controller |
| 2, pure sine wave, high frequency output | ||||
| 3, support grid/Diesel input | ||||
| 5 | LiFePo4 battery | STIN 48V-100AH | 10PCS | |
| 6 | DC breaker(battery to inverter) | MCCB 100A 2P | 5PCS | |
| 7 | Connector (pv cable to solar panel) | MC4 | 15pairs | |
| 8 | PV cables(solar panel to inverter) | 4mm2 | 1000M | 500M red+500M black |
| 9 | BVR cables(pv combiner box to inverter) | 10mm2 | 200M | 100M red +100M black |
| 10 | BVR cables(battery to inverter) | 35mm2 | 30M | 15M red + 15M black |
| Instructions | 1. The battery can support 15000W load work 3hours. | |||
| 2. The maximum power load should not exceed 20000W (including inductive load impact: such as refrigerators, air conditioners, washing machines, etc. with motor load). | ||||
| 3. The battery can be fully charged in 3hours under STC sunshine condition. | ||||
| System requirement instruction | STIN-24000W off-grid photovoltaic system | |||
| Design Basis | the system DC voltage is set to 48VDC | |||
| System configuration and offer | ||||
| Item | Part | Specification | Quantity | Remarks |
| 1 | Solar panel | STIN-Poly 290W | 54PCS | connection method:3pcs in one string and 18 strings in parallel |
| 2 | PV combiner box | 3 inputs, 1 output | 6SETS | |
| 3 | Bracket | C-shaped steel | 1SET | hot-dip zinc |
| 4 | Inverter with mppt controller | STIN-4000W | 6pcs in parallel | 1, Built-in 60A MPPT controller |
| 2, pure sine wave, high frequency output | ||||
| 3, support grid/Diesel input | ||||
| 5 | LiFePo4 battery | STIN 48V-100AH | 12PCS | |
| 6 | DC breaker(battery to inverter) | MCCB 100A 2P | 6PCS | |
| 7 | Connector (pv cable to solar panel) | MC4 | 18pairs | |
| 8 | PV cables(solar panel to inverter) | 4mm2 | 1200M | 600M red+600M black |
| 9 | BVR cables(pv combiner box to inverter) | 10mm2 | 240M | 120M red +120M black |
| 10 | BVR cables(battery to inverter) | 35mm2 | 40M | 20M red + 20M black |
| Instructions | 1. The battery can support 18000W load work 3hours. | |||
| 2. The maximum power load should not exceed 24000W (including inductive load impact: such as refrigerators, air conditioners, washing machines, etc. with motor load). | ||||
| 3. The battery can be fully charged in 3hours under STC sunshine condition. | ||||
ABOUT COMPANY
Nowadays, the world is faced with instability of nuclear power generation and environment problem,which is necessary result from the development without considering next generation.Accordingly, STIN established and targeted on being a Total Solution Company which is based on clean sustainable solar energy.Including polysilicon, ingot, wafer, cell and modulewhich are the base of Solar industry,STIN is also dealing with PV Equipment, EPC and O&M. Beyond the Eastern Asia, STIN is making an effort for the whole world's green energy independence.Starting with the supply of high-quality raw material from the China which is the number one PV Market in the world, making a PV plant in Korea and providing 3KW residential solution to South-EastAsia, STIN will keep solving the global environment problem.
STIN knows the importance of green energy.
STIN endeavors for protecting the precious value.
FAQ
1: What's your main products?
Solar panel mono and poly, solar battery gel and lithium-ion, solar system on grid and off grid, solar inverter on grid and off grid, solar charge controller MPPT and PWM.
2:What is your advantage in solar products?
We have been in solar industry for more than 10years and accumulated rich experience. With branch in Japan, Korea, Singapore and Cambodia, full support can be supplied from design to installation.
3: Can you send free samples?
It depends on which kind of products. Normally the sample fee will be returned after you place massive order.
4: What's the shipping cost?
After you confirm the quantity, please let us know which kind of transportation(by sea, by air, by DHL or Fedex or TNT or UPS) you prefer and the destination port. We will send you the shipping cost and time.
5: What's your minimum order quantity?
1pc.
6: How can we send the payment?
T/T, L/C, Paypal, Western Union.
