Bring policy paper fast to deal with discoms’ reluctance to ink long term PPAs with RE developers: Panel

[ad_1]

Read More/Less


The Parliamentary Standing Committee on Energy was apprised that the power ministry is looking for a possible solution to this problem and will come out with a policy paper in this regard.

A Parliamentary panel on Friday asked the power ministry to expedite a policy paper to provide a remedy for the issue of falling renewable energy tariffs which have prompted reluctance among discoms to enter into long term power purchase agreements (PPAs) with project developers, saying it “has become a conundrum”.

The Parliamentary Standing Committee on Energy was apprised that the power ministry is looking for a possible solution to this problem and will come out with a policy paper in this regard.

“The Committee expect that the Ministry would expeditiously finalize the Policy Paper,” the Parliamentary panel said in its report 16th report on Ministry of Power tabled in Parliament on Friday.

“The issue of long term Power Purchase Agreement (PPA) has become a conundrum. Since the advent of Solar Power, its tariff is on a constant decline,” it added.

It found that in the recent years, solar power tariff has been quoted aggressively, making the Discoms reluctant to enter into any long-term PPA.

“This situation is causing disruption as long term PPA is a pre-requisite for financing of any new power project. In absence of long term PPAs it may be difficult to attract investment in Power Sector,” it said.

“On one hand, there are Power Generators who insist on honoring of long term PPAs at any cost as they have made huge investment in their projects. On the other hand, there are Discoms who do not want to purchase power at higher rate through long term PPAs as it is available at much cheaper rate in short term market,” the report added The panel recommended to the Ministry of Power to make a provision for review of such PPAs wherein tariff has been increased owing to cost overrun due to delay in development of a power project.

The panel in its 17th report on the Ministry of New and Renewable Energy (MNRE), tabled in Parliament on Friday, said, “Ministry (MNRE) should work on a mission mode so that the target of 175 GW is successfully achieved by the year 2022.” As much as 175 GW of renewable energy capacity is to be installed by 2022, which includes 100 GW from solar, 60 GW from wind, 10 GW from biomass and the remaining 5 GW from small hydro power.

The panel noted that the total installed capacity of renewable energy as on January 1, 2021 is 92.54 GW, which comprises 38.79 GW from solar power, 38.68 GW wind power, 10.31 GW bio power and 4.76 GW small hydro power.

It found that “only little more than 50 % of the target have been achieved and the remaining 82.46 GW capacity have to be installed in just one and a half year.” Besides, it noted that an additional capacity of 49.30 GW is under implementation and another 27.57 GW has been tendered.

“Even if these capacities are installed, the cumulative capacity will be 169.41 GW which is still short of the target of 175 GW. In such a situation, the Committee are apprehensive that any laxity on the part of the Ministry in achieving the assigned target may amount to reneging on our commitment,” it said.

India has made a pledge that by 2030, 40 % of its installed power generation capacity shall be from clean energy sources.

It also stated that “after more than 10 years of the launch of National Solar Mission in the year 2010 and subsequent more laudable declaration in the year 2015 of the target of 100 GW solar energy (by 2022)… the Government has been able to install only 38.79 GW of solar energy in the country upto 31st January, 2021.” While the MNRE has stated that solar power projects of 36.03 GW are under various stages of implementation and 23.87GW are in tendering process, the real test lies in their actual commissioning within the scheduled time frame, it pointed out.

India has set a target to install 40 GW of solar power by setting up over 50 solar parks and ultra mega solar power projects by 2022.

The panel found that against this target, 39 solar parks of aggregate capacity of 22,879 MW have been approved to be setup in 17 states.

Out of these approved solar parks, infrastructure in eight parks is almost fully developed where solar projects of aggregate capacity of 6,580 MW have also been commissioned. Four solar parks are partially developed where solar projects of aggregate capacity of 1,365 MW have been commissioned.

It noted that the remaining 11 solar parks of aggregate capacity of 17,121 MW have not even got the approval of the MNRE, though these parks have to be developed and projects therein commissioned by 2022.

Further, it pointed out that only 20 % of the approved solar parks are fully developed so far and another 10 % are only partially developed, leaving as much as 70 % unachieved.

[ad_2]

READ FULL ARTICLE HERE

Cyber Attacks on power grid: 10 power assets, Mumbai, Tamil Nadu ports came under RedEcho cyberattack | India Business News – Times of India

[ad_1]

Read More/Less


NEW DELHI: Cyber attacks by RedEcho, the actor group with China links, on India’s power infrastructure have been more widespread than previously known and the intrusive infrastructure remains active even after military de-escalation in Ladakh’s Pangong area.
According to Christopher Ahlberg, CEO of Recorded Future, the Massachusetts-based enterprise security outfit that detected the intrusions, 10 Indian power sector assets and the Mumbai and Tamil Nadu’s VO Chidmabaranar ports came under attack.
The power assets that came under attack were Delhi state load despatch centre, DTL Tikri Kalan substation in Delhi; Mumbai Port Trust, western regional load despatch centre In Maharashtra, NTPC’s Kudgi power plant and southern regional load despatch centre in Karnataka, VO Chidambarnar port in Tamil Nadu, Telengana load despatch centre, eastern regional load despatch centre in West Bengal load despatch centre and northeastern regional load despatch centre in Assam.

“Recorded Future observed through its network intelligence significant, high-volume, network traffic from Indian power sector assets to servers used by China-linked group RedEcho… The adversary infrastructure is still active and activity continues (even after Pangong pull-back announcement),” Ahlberg said in a presentation on the group’s findings on Thursday.
Charity Wright of Insikt, Recorded Future’s threat research group, said the location of targeted infrastructure covered the length and breadth of India’s geography as well as the demography.
A New York Times report had last Sunday blown the lid off on these intrusions, citing findings by Recorded Future. It raised doubt Chinese hackers may have caused the October 12 power outage in Mumbai as a warning against strong Indian pushback to PLA’s border transgressions in Ladakh.
On the power ministry’s statement that no installation was affected as safeguards were already in place, Wright said it showed the government responded to alerts. On power minister RK Singh blaming the Mumbai blackout on human error, Ahlberg said there was insufficient data to prove cyberattack caused the Mumbai blackout.
Targeting the Indian energy sector offers limited economic espionage opportunities. But the group believed “gathering future operational activity, pre-positioning destructive malware, as a warning/show of force during heightened bilateral tensions; and potential information operation to disturb Indian population” could be the possible objectives.
Ahlberg said RedEcho “has overlapping modus-operandi with several Chinese groups, including APT41 and Tonto Team,” the known cyber threat groups that take directions from established nation-states to carry out cyberattacks.
Wright said her group detected the intrusions using large-scale automated analytics and analysis. These included a combination of proactively identifying adversary infrastructure through server fingerprinting; identifying established sessions between the victim and adversary infrastructure through network traffic analysis; and enriching traffic analysis with proprietary data sources for victim identification.
This was the same methodology used to detect power sector intrusions in the European transmission control system, ENTSO-E.

[ad_2]

READ FULL ARTICLE HERE