Off grid solar inverter
- Payment Type:
- T/T, L/C
- Min. Order:
- 1
- Min. Order:
- 1
- Delivery Time:
- 3 Days
- Transportation:
- Ocean, Air
Quantity:
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Basic Info
| Place of Origin: | China |
|---|---|
| Productivity: | 1000 |
| Supply Ability: | 1000 |
| Payment Type: | T/T,L/C |
| Transportation: | Ocean,Air |
Product Description
Product Description
It is important to standardize models, increase concurrence among more stakeholders and thereby speed up execution.
For example, pegging production cost at 8 crores/MW solar inverter helps create a model. I heard numbers all over the map, right down to 4.5/MW, even saying that content is supplied by an American company but made in China, so you get best solar inverter of quality and price. I am not denying or discounting this specific claim, but such will confuse matters more.
Consumers want reliable and quality power, and are investing personal money on solar inverters, star, cfl, and any solar, while the regulator continues to play with prices. Even farmers, getting free power (add unreliably), want to pay to get power inverter during normal working hours. In Dec, customers in AP are furious to see their bills double, as FSA charges are added from past dues. This despite reducing the billed units, by 20-30%.
Customers - commercial and industrial, residential and rural, all are looking for ways to go "off the grid". Aren't they buying CFLs and Energy Star, and their own DG and solar inverters, with their own money? We need more "off the grid" models, micro or mini, or simple rooftop, and enable the consumers. This is something, the regulators, state agencies and utilities are not used to. Of course reliability and quality of an uncontrolled segment will be issue, but it is better than the present central grid system.
Parallel is - road or rail transport. Solar inverter consumers in a village have their own local roads to go around, and use the larger grid only when they have to, paying some toll. Same within a gated community. Electric grid also should follow this route and allow independence at many levels.
For example, pegging production cost at 8 crores/MW solar inverter helps create a model. I heard numbers all over the map, right down to 4.5/MW, even saying that content is supplied by an American company but made in China, so you get best solar inverter of quality and price. I am not denying or discounting this specific claim, but such will confuse matters more.
Consumers want reliable and quality power, and are investing personal money on solar inverters, star, cfl, and any solar, while the regulator continues to play with prices. Even farmers, getting free power (add unreliably), want to pay to get power inverter during normal working hours. In Dec, customers in AP are furious to see their bills double, as FSA charges are added from past dues. This despite reducing the billed units, by 20-30%.
Customers - commercial and industrial, residential and rural, all are looking for ways to go "off the grid". Aren't they buying CFLs and Energy Star, and their own DG and solar inverters, with their own money? We need more "off the grid" models, micro or mini, or simple rooftop, and enable the consumers. This is something, the regulators, state agencies and utilities are not used to. Of course reliability and quality of an uncontrolled segment will be issue, but it is better than the present central grid system.
Parallel is - road or rail transport. Solar inverter consumers in a village have their own local roads to go around, and use the larger grid only when they have to, paying some toll. Same within a gated community. Electric grid also should follow this route and allow independence at many levels.
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