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5 FAQs about [Container pv kit off-grid project cost in Indonesia]
What is the potential of off-grid PV systems?
The potential of off-grid PV systems is based on the rural households which are categorised as lacking access electricity based on the data from BPS. Another part of the rural households is classified as “other”, indicating that they have access to electricity which is not supplied by PLN.
Are off-grid PV systems more expensive?
Compared with the estimated LCOE of grid-connected PV for rural areas ranging from 0.17 to 0.24 USD/kWh , off-grid PV systems are significant more expensive. The hybrid PV system shows the lowest LCOE with the smallest range, but requires a certain population density in order to be feasible.
Are off-grid PV systems cheaper than diesel gensets?
We distinguished between stand-alone and hybrid PV systems. Results show that the costs of off-grid hybrid PV systems with an average LCOE of 0.38 USD/kWh are 19% cheaper compared with electricity generation by diesel gensets in most rural parts of Indonesia.
Will PV systems become cost-effective in all rural areas?
Since it is expected that fuel prices will increase and PV systems will become cheaper, it is expected that this difference in LCOE will change in favour of the PV systems, so that the PV systems will become cost-effective in all rural areas.
How do you calculate the daily electricity delivered by a PV system?
The daily electricity delivered by the PV system for a household, EPV,HH,a (kWh/day), is determined as follows: (9) E P V, H H, a = α h E H H, h 365 P R a where PRa is the performance ratio of the PV system in configuration a.