Coal-fired power has long failed in terms of health & climate impacts, but now its raw economics are collapsing too. Even the govt can’t keep it going for long.
A mismatch between peak periods of demand and output from renewables means coal will remain the primary energy producer, a report by the Central Energy Agency states.
A theme has not yet emerged for BJP & people see lack of a contest, which makes it unexciting. For all these reasons, 2024 is turning out to be an unexpectedly theme-less election.
“Ideal weather conditions and lower levels of pollution than normal mean solar energy is providing record levels of cheap, clean power to the grid these days across the globe.
Reductions in pollution due to the COVID-19 lockdown helped solar production hit record levels since the lockdown announcement and till April 23rd,
Solar supply peaked during mid-day daily surpassing all previous records.
Solar power, therefore, deserves a must-run status as there are reported cases in India where local SLDC’s are forcing solar power generators for the curtailment during peak generation periods. A criminal act it must be treated by CERC and MNRE.
AS COVID-19 lockdowns have sliced power demand and increased the share of renewable energy at remarkably lower prices – A remarkable outcome of COVID 19 i.e. clean and reliable energy
PROSPECTS – DSG with Battery Storage System is the future for India’s sustainable, reliable and energy security
I have a strong feeling that Distributed, grid-connected solar photovoltaic (PV) power possesses a unique set of benefits and no challenges as seen for MEGA scale execution. In distributed solar applications, small PV systems (KW scale to MW Scale [MW]) generate electricity for on-site local centralized consumption and interconnect with low-voltage to High Voltage transformers on the electric utility system.
With falling PV system cost and declining trends in solar EPC turnkey cost, deploying distributed PV system and its application to integrate solar energy at 440 V / 11 KV / 33 KV level will reduce transmission line losses, increase grid resilience to rural feeders, avoid transmission distribution loss, reduce generation costs, and reduce invest cost in new utility generation capacity. With proper selection of equipment, installation of the well-engineered system, and long term O&M, distributed PV systems can also mitigate reliability issues experienced by providing standby capacity during electric utility disturbances, grid outages and load shedding.
Solar energy source i.e. SUN is available all across the country for almost +300 days in a year and therefore it is the most suited and reliable source for distributed solar energy generation. Increasing amounts of distributed solar generation (DG) connected to distribution networks of DISCOMS with a virtual energy storage system (VESS) will provide reliable power having proper voltage control in distribution networks and accommodate more DSG into the system
“Ideal weather conditions and lower levels of pollution than normal mean solar energy is providing record levels of cheap, clean power to the grid these days across the globe.
Reductions in pollution due to the COVID-19 lockdown helped solar production hit record levels since the lockdown announcement and till April 23rd,
Solar supply peaked during mid-day daily surpassing all previous records.
Solar power, therefore, deserves a must-run status as there are reported cases in India where local SLDC’s are forcing solar power generators for the curtailment during peak generation periods. A criminal act it must be treated by CERC and MNRE.
AS COVID-19 lockdowns have sliced power demand and increased the share of renewable energy at remarkably lower prices – A remarkable outcome of COVID 19 i.e. clean and reliable energy
PROSPECTS – DSG with Battery Storage System is the future for India’s sustainable, reliable and energy security
I have a strong feeling that Distributed, grid-connected solar photovoltaic (PV) power possesses a unique set of benefits and no challenges as seen for MEGA scale execution. In distributed solar applications, small PV systems (KW scale to MW Scale [MW]) generate electricity for on-site local centralized consumption and interconnect with low-voltage to High Voltage transformers on the electric utility system.
With falling PV system cost and declining trends in solar EPC turnkey cost, deploying distributed PV system and its application to integrate solar energy at 440 V / 11 KV / 33 KV level will reduce transmission line losses, increase grid resilience to rural feeders, avoid transmission distribution loss, reduce generation costs, and reduce invest cost in new utility generation capacity. With proper selection of equipment, installation of the well-engineered system, and long term O&M, distributed PV systems can also mitigate reliability issues experienced by providing standby capacity during electric utility disturbances, grid outages and load shedding.
Solar energy source i.e. SUN is available all across the country for almost +300 days in a year and therefore it is the most suited and reliable source for distributed solar energy generation. Increasing amounts of distributed solar generation (DG) connected to distribution networks of DISCOMS with a virtual energy storage system (VESS) will provide reliable power having proper voltage control in distribution networks and accommodate more DSG into the system