MERC denies Cleanmax’s plea to use Open Access and Net metering simultaneously

In a petition filed by Cleanmax Enviro Energy Solutions Pvt. Ltd., the organization had sought clarification regarding the net metering arrangements for Open Access consumers under the MERC regulations 2015 from the commission. As a part of the reply to the petition, according to the ruling by MERC, the generators cannot use both Open Access and net metering simultaneously. The regulatory commission also mentioned that benefits of net-metering are limited to the rooftop solar installations with capacity up to 1 MW only. The generators above 1 MW can avail Open Access.

The explanatory ruling came as a result of responding to a petition filed by Cleanmax Solar to grant net metering permission for a 991 kW rooftop solar photovoltaic (PV) project at Asahi India glass limited situated at MIDC – Taloja, Raigad Maharashtra. Asahi was a customer of MSEDCL with a contract demand of 7500 kVA connected at 100 kV. Asahi also availed partial open access at 3,000 kVA from traditional energy under a group captive arrangement from Sai Wardha Power Generation Limited. In 2017, Asahi made an application for Net Metering arrangement for the Rooftop Solar Photovoltaic system under the rooftop solar regulations 2015.

After listening to both the party’s petition the commission came to a decision that…

“Net metering and Open Access are two different sets of arrangements for different eligible consumers and its Regulatory framework also has been provided by the two different Regulations. If these two arrangements are mixed up then there are various issues related to Grid security, accounting, billing, settlement etc. Hence, the Commission has made Net Metering Regulations for “below 1 MW” and Open Access for “1 MW and above” and cannot avail simultaneously by same consumer”.

Hence denying Cleanmax’s plea.

One of the reasons for the commission to take this decision was their concern for grid security due to which the DISCOMs would have to go into distribution network contingencies and other related issues to Open Access and Net Metering Simultaneously.

REC Trade Results – June 2018

Considering that this was the third trading session of the new financial year, in the month of June both Solar and Non-solar RECs saw a robust trade. Due to the shortage of Non-Solar RECs, and excessive demand, the prices for Non-Solar RECs soared 15% above floor price (Rs. 1000/REC). The Solar RECs, on the other hand, traded at the floor price of Rs. 1000/REC with a very robust demand trend. Given the shortage of Non-Solar RECs and continuously rising demand, we may soon see prices of Non-Solar RECs rallying up much faster than anticipated earlier during the beginning of the FY19.

Analysis of Trading:

Non-Solar – The Non-solar RECs inventory was not completely exhausted in the June 2018 trading session with clearing ratio for non-solar being at 100% at IEX and PXIL respectively (means all the bids below market clearing price got cleared at both power exchanges). A total of 303,828 RECs were traded, despite the demand is as high as 1,111,235 (YoY decrease of 43.56% as compared to 538,371 RECs traded April 2017). The RECs were traded at the price of Rs 1,050/REC at PXIL (5% above floor price), and at Rs 1,150/REC (15% above floor price) at IEX.

Solar – In case of solar a  total of 592,401 RECs were traded in the current month (a YoY Increase of 184% as compared to April 2017). The clearing ratio for solar stood decent at 11.40% and 15.70% in IEX and PXIL respectively.

 

The below graph depicts the Clearing ratio trend of Non-solar and Solar. In case of Non-solar, the clearance was 72.38% at IEX and 91.61% at PXIL and for solar, the clearance was at 11.4% and 15.7% in IEX and PXIL respectively.

 

Madrid-based developer in talks to sell India projects

According to recent news, a Madrid-based developer of large-scale solar plants ‘Fotowatio Renewable Ventures (FRV) is in talks to sell its 100 MW power project in India in a deal of approximately INR 500-600 crore.

The company is in talks with various investors like Macquarie Infrastructure and Real Assets (MIRA), green infra JV between PE fund Everstone Group & UK-based Lightsource BP’s Eversource Capital and Edelweiss Infrastructure Yield Plus Fund for the deal.

The project up for sale was awarded to FRV by SECI in a PPA for 100 MW in 2016. This is FRVs first project in India, situated in Ananathpuram solar park in Andhra Pradesh.

Recently in April PE firm Everstone Group joined hands with Lightsource BP, the UK-based leader in renewable energy development, to form a JV platform name ‘Eversource Capital’ to fund the green energy businesses in India. The platform has also launched a Green Growth Equity Fund (GGEF) with a target of $700 million where the UK government and India’s National Investment and Infrastructure Fund (NIIF) will be co-anchors with a commitment of $160 million each.

Another participant, Edelweiss Infrastructure Yield Plus Fund, is a new set up the infrastructure-focused fund by Edelweiss Alternative Asset Advisors. The fund has already raised Rs 2,000 crore till last month and plans to raise $1 billion in total.

Australia’s Macquarie Infrastructure and Real Assets (MIRA) has been an active investor in Indian energy sector and have previously invested in Adhunik Power & Natural Resources, Soham Renewable Energy India and Ind-Barath Energy Utkal.

If we look at the past years’ trend of global investment in India, the Compound Annual Growth Rate (CAGR)  of the investments from 2004-2017 is about 11.33%. The graph depicts many ups and down over the years, with the highest investment in 2011.  2017 also shows decent investment scenario. 

                                                                              Source: Indian Environment Portal Report – Global Trends 2018

Several other foreign entities are also in the process of bringing their businesses to India, with the Indian market picking up speed and shining globally.

 

MNRE announces 30 GW offshore wind energy target by 2030

MNRE recently announced 5 GW target for medium and long-term offshore wind energy target by 2022 and 30 GW by 2030. This step is initiated by the ministry to induce confidence in the industry. In continuation to the announcement, MNRE has also invited Expression of Interest (EoI) for its pilot 1GW offshore wind project in the country and it has received good response both at the national and international level, Ministry of New and Renewable Energy said in a statement.

Previously in October 2015, MNRE had notified an offshore wind policy and preliminary studies were also carried out. The result of the studies suggested that both the Southern tip of the Indian Peninsula and the Western coast, both have potential to realize India’s Wind energy. Two regions where studies have been conducted are off the coast of Gujarat (West coast) and that of Tamil Nadu (near the peninsula).

As of now the country’s wind energy installed capacity is at 34.04 GW (March 2018). MNRE in the past month also announced a hybrid wind-solar policy to capture the RE potential equally in the country.

Globally there has been an installation of approximately 17 to 18 GW of offshore wind power majorly in countries like the United Kingdom, Denmark, Netherlands, and China. 

  • Posted on June 21st, 2018
  • Posted by Team REConnect
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Ministry of Power announces renewed RPO trajectory for long-term

Ministry of Power (MoP) recently announced an order for long-term growth trajectory of Renewable Purchase Obligation (RPO) for solar and Non-solar for a period of three years i.e. 2019-20 to 2021-2022. In order to achieve the target of 175 GW of RE by March 2022, the MoP in consultation with MNRE notified the long-term trajectory for RPO as below:

The obligations described are on total consumption of electricity by an obligated entity excluding consumption from the hydro source of power. It is necessary that the achievements of solar RPO compliance are up to 85% and above. If so, the remaining shortfall if any can be met by excess non-solar purchased beyond Non-solar RPO for that particular year. The same goes in case of Non-solar compliance which will be met by solar, beyond the solar RPO for that year.

RPO mechanism has been in the frame for a long time but have its own share of ups and down. Since last year, the process is getting back on trade and REC trading is also working consistently. MNRE recently announced about building an RPO compliance cell providing aid to SERCs for better implementation.

An article by Quartz India has also talked about how the Indian government is now pursuing major energy consumers to take the renewable energy route and has quoted entrepreneurs in the industry expressing their views on the current developments.

The trend till now has seen states not following their RPO obligations religiously. It is known by all the states that RPO is very important and abiding by it is mandatory. The order also falls under the National Tariff Policy 2016, which in itself is a recommendatory document in nature.

The updated RPO targets also come into the picture after the country’s  Power Minister R.K.Singh announced in an interview about the increased capacity target to 227 GW from 175 GW earlier.

Union government proposes to build a National Discom consulting the state discoms

In recent news, the Union Government has planned to set up a national power distribution company that will have a grip on the state discoms in electricity distribution activities and ensure timely implementation of central schemes.

The proposed company is said to compete with the private firms and contractors to bag contracts for appointing franchises or engineer tenders. Currently, there is no national-level distribution company, only small level distribution consultancy wings like Rural Electrification Corporation (REC), Power Grid Corporation and NTPC. The new company will act as a consultancy firm without acquiring a distribution license. This announcements also gives support to the Prime Minister’s wish to of giving power to all till the 2019 elections.

Similar to the National Tariff Policy (NTP) 2016 amendments, the draft Electricity Act is also in the process of being circulated for comments. The proposed amendments suggest separation of distribution infrastructure ownership from power supply licenses and also penalties in income for unexpected load shedding.

According to Deutsche Bank Market Research report, the annual losses of discoms have reduced by 70% to approximately INR 17,350 crore in the past two years.

We feel that with various amendments being proposed in the policies if the implementation is carried out strategically, the state of country’s electrification will see a new sun in the coming years.

Telangana announces final DSM regulations for wind and solar

Recently TSERC announced regulations on wind and solar forecasting, scheduling regulations, 2018. This is the final regulation and with this Telangana became the sixth, and latest, state to implement Forecasting and Scheduling regulations.

The detailed summary of the regulations is as below:

  • Title of the Regulation: Telangana State Electricity Regulatory Commission (Forecasting, Scheduling, Deviation Settlement and Related Matters for Solar and Wind Generation Sources) Regulations, 2018.The Telangana Forecasting regulation has been finalized within two months of the release of draft regulation.
  • Applicability:
      • From the date of publication in the official gazette.
      • Forecasting tool to be established in three months period.
      • Levy and collection of DSM Charges shall commence after six months from the date of publication in the official gazette.
  • Regulation Applicable on: All grid-connected Wind and Solar Power Generators (except Rooftop PV Solar Power Projects) connected to a pooling substation of the capacity not less than 5 MW irrespective of commissioning date.
  • Deviation Accounting:  The deviation accounting will be carried out based on the Available Capacity:
  • Absolute Error in % =   100 x  Actual Generation – Scheduled Generation  ⁄ Available Capacity (AvC)
  • Point of Forecasting: Pooling Station or STU Feeder where the injection is made.
  • Aggregation: Unlike in Karnataka and AP, Telangana’s order of F&S does not have a provision to provide an aggregated forecast.
  • Role of a QCA:
      • Provide day ahead, week -ahead schedule generator wise and aggregated schedule for each pooling station and the periodic intraday revisions.
      • Coordination with DISCOM/STU/SLDC for metering, data collection, communication/issuance of dispatch/curtailment;
  • Provide day ahead, week- ahead schedule generator wise and aggregated schedule for each pooling station and the periodic intraday revisions.
      • Coordination with DISCOM/STU/SLDC for metering, data collection, communication/issuance of dispatch/curtailment;
      • De-pooling of charges among generators:
      • Commercial settlement of DSM charges on a weekly basis and
      • All other ancillary and incidental matters.
  • Revisions:
      • 16 revisions are permitted for Wind Generators starting from 00:00 Hrs of the day.
      • 9 revisions are permitted for Solar Generators starting from 05.30Hrs of the day.
      • All the revisions are effective from the 4th time-block.
  • Other Key Points:
    • DSM Settlement will be done on a Weekly basis, with Meter data to be provided by SLDC, and verification to be done in coordination with SLDC.
    • After recovering DSM amounts, if there is a gap between the actual commercial impact for the state as a result of deviation of wind and solar generation, such amount will be further recovered from each generator.
    • The wind and solar generator or the QCA will provide payment security to SLDC by the way of BG or revolving LC which will cover the DSM payment for 6 months.
    • De-pooling will be done in proportion to energy injected in each time block by each generator.
    • The QCA will only be forecasting on PSS level. Aggregation to create a virtual pool/aggregate of multiple substations is not allowed. States like A.P and Karnataka have allowed Aggregation in their final regulations.
  • Important differences between intrastate and interstate transactions:
    • The deviations for Inter-State and Intra-State transactions at Pooling Station will be accounted for separately. Separate schedules have to be sent for the interstate to SLDC and RLDC.
    • The Inter-State transactions will be settled on the basis of their scheduled generation and will be considered only if the Inter-state capacity is connected to the STU via the separate feeder.
    • The Generator will pay the Deviation Charges for under or over injection applicable within Telangana in case of deviations in the State DSM Pool.          

 Deviation Charges in case of under or over-injection for sale/supply of power within the State

Sr. No

Absolute Error

DSM Charges Payable to State Pool Account
1 ≤ 15% None
2 >15% but ≤ 25% At Rs. 0.50 per unit
3 >25% but ≤ 35% At Rs. 1 per unit
4 >35% At Rs. 1.50 per unit

Deviation Charges in case of under or over-injection for sale/supply of power outside the State

Inter-state Deviation Charges will follow the same mechanism as defined by CERC (PPA linked). However, the final deviation settlement for Inter-state generators shall be done by SLDC on the basis of deviations and its impact at state periphery.

The TSERC Regulation for Forecasting & Scheduling, 2018 has provided a summary of timelines designating the activities to QCA and SLDC, to be accomplished within the following stipulated duration.

Sr. No. Activity/Milestone Action By Duration (Months)
1 Technical Specification and Information Sharing protocol by QCA to SLDC SLDC 3
2 Forecasting tool, alternate means of communication, formats for submission SLDC 3
3 Forecasting tools to be established by QCAs QCA 3
4 Guidelines for registration of QCA, data exchange between QCA and SLDC SLDC 2
5 Manner of making State Pool Account and settlement thereof SLDC 3
6 Detailed Procedures covering plan for data telemetry SLDC 3
7 Trial Run –During this period all parties shall comply with the above All 6
8 Commencement of commercial arrangement. All 6

 

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