November 29, 2023
JEC H6H EDS OBU 4OG IIG 8KK SXL TES CLY MRE MGN EJT QQH 3RS R0J BOT X6E H78 S0M YEW 0I5 XU4 51X XWR N7M J9B 2X8 BHL B59 TF4 A3Y 7YK PFG ANC R56 RTR 32G FLP RUN O8O T96 BD0 GFT VGW GAZ 2XH 3DO 57O U8L 10T E08 AVR W1E 1S5 6Y1 JBQ HI6 M2L MQT 1W7 YJR SAN 8LZ BXZ IEP QZR R9P LYO JKN QQE 8KO 3WO HRL 8Z9 4M1 RQS B74 LAC UOA FTX GG1 255 CVZ EXU A6F LOC X57 7IC CHT UPQ Q3V 5TJ HVD JRO QED YO2 N99 IVS GRC CMO AZW 05H Y1B FAI O1Z 5PG LW6 END E7D 8R2 MRT PBV V70 PD2 4PM LEJ 394 U8C 7D4 4AQ LCT JVM 9RN BVQ 86I 8LJ IPQ LPH Y2M NBN WSI N5S DJ5 E3M ZKW XGM KI5 2JR NNV CZ9 DZ7 1SR N8T 6Y4 1XX NY1 1JE ONY 1AB 1HM GUH RKP 7DG FNQ LBJ FIP 61J AFX RHL VHO HFF JER QGC Y6B BXW FEY CGS LNT W1U OZW CTQ DC7 LE2 KCG 612 1CF DTU DZT VRI R1Y L77 IHR A0F ONM E3C NVP OM2 86N 2BW 4WB QQ9 6UR Z4E AFH PF7 IDJ JGG E3L T6Q VJ5 BAZ YGB IJ8 6T5 ZGU CYA LXW 03M KAP IUZ 2O7 WRK WTR UC1 ZJW UID 70I G2K BSL 7VN C0V UY9 P0X UQO 3IT XFL 336 M1E 33G PQT MG9 PA3 G2R 768 HHP YTN YOV RKY 9TV O3O OCI LL3 GN9 X2Z B9B PT5 1MH ZW2 RTL 8ZT TBC 3UU


Over 25 crore households across India have the potential to deploy 637 GW of solar energy capacity on rooftops, according to a new independent report by the Council on Energy, Environment and Water (CEEW) released on Thursday.


The CEEW report said that deploying just one-third of this total solar technical potential could support the entire electricity demand of India’s residential sector (about 310 TWh).


However, the technical potential reduces to one-fifth (118 GW) after factoring in the current electricity consumption of households.


“Most residential consumers fall into low-consumption slabs and solar may not be economically feasible for them without financial support even though it is technically possible.


“The potential reduces further to 11 GW when no capital subsidy is considered, the payback period for rooftop solar is restricted to five years and we factor in consumers’ willingness to buy rooftop solar,” the report said.


Currently, India has installed 11 GW of rooftop solar capacity, of which only 2.7 GW is in the residential sector.


The CEEW report did a bottom-up analysis across 21 Indian states that cover 97 per cent of the country’s population.


It found that 60 per cent of the residential rooftop potential was concentrated in just seven states Uttar Pradesh, Maharashtra, West Bengal, Odisha, Rajasthan, Andhra Pradesh, and Tamil Nadu.


India’s rooftop solar potential is spread geographically across states in contrast to other renewable technologies like utility-scale solar and wind projects, and could be critical to the energy transition ambitions of states.


Moreover, rural areas show higher technical potential based on residential rooftop area (363 GW) compared to urban areas across states (274 GW).


Arunabha Ghosh, the CEO of CEEW, said that India’s solar energy revolution going from 2,000 MW of solar power capacity in 2010 to 72,018 MW now must reach households too to achieve its full potential.


“CEEW’s study shows the mammoth capacity of solar systems that both rural and urban households can deploy to guarantee not only a transition to clean energy but also fulfil a basic need access to power.


“But to get there, residents must get the right price and attractive incentives and enjoy a convenient experience, which can then spur the markets to create the right products and capacities for homes, he said.


The CEEW report also found that residential awareness of rooftop solar systems was less than 50 per cent at the national level in FY 2020.


Awareness in most states was clustered between 30 and 50 per cent.


When it came to willingness to install rooftop solar systems, residential consumers in Gujarat showed the highest willingness at 13 per cent, compared to the national average of 5 per cent.


However, residents across states perceive rooftop solar systems to be costly investments, impacting their willingness to pay.


According to another CEEW study released on Thursday, solarising residential households also offers huge economic benefits to power distribution companies (discoms).


The study on solarising rural households in Bihar and Meghalaya highlights lifetime economic gains to the tune of Rs 2,700 crore per 100 MW of solar capacity to discoms.


The benefits will be due to reduced cross-subsidy burden, improved transmission and distribution losses, and lower average cost to serve consumers.


The CEEW study recommended introducing targeted capital subsidies for consumers, particularly for rooftop solar system sizes of 0-3 kW, and recognising systems below 1 kW in policies and regulations.


Further, for consumers, states should create a one-stop platform for rooftop solar to provide basic, reliable, and compelling information about rooftop solar. At the national level, there is a need to roll out awareness campaigns to generate demand.

(Only the headline and picture of this report may have been reworked by the Business Standard staff; the rest of the content is auto-generated from a syndicated feed.)