Telangana Electricity Regulatory Commission holds hearing on procurement of 7,800 MW renewable energy

The Telangana Electricity Regulatory Commission, or TGERC, held a public hearing on a proposal to procure 7,800 megawatts of renewable energy. The plan involves Telangana Power Generation Corporation Ltd, known as TG-Genco, and Telangana Renewable Energy Development Corporation Ltd, or TG-Redco. Regulatory approval is central because the procurement would commit the utilities to new energy purchases.

The proposal includes 2,000 MW of Firm and Dispatchable Renewable Energy on a round-the-clock basis. It also includes 3,000 MW of solar power linked with battery storage, 800 MW of wind energy, and 2,000 MW of battery storage under the FDRE framework. TG-Redco is associated with most of these planned purchases, while TG-Genco would procure the additional FDRE-linked storage.

The hearing exposed a sharp disagreement. Former energy minister and BRS MLA G. Jagadish Reddy questioned the need for more procurement when available energy was allegedly not being supplied properly. He warned that consumers could face a greater burden and asked TGERC not to approve the proposals.

Firm and Dispatchable Renewable Energy, or FDRE, is renewable electricity arranged to provide dependable output when requested. “Firm” means the supply is intended to be reliable, while “dispatchable” means it can be scheduled or delivered when the power system needs it. The article identifies a proposed 2,000 MW FDRE purchase on a round-the-clock basis.

Renewable sources such as solar and wind can vary during the day. A battery can store electricity when renewable generation is available and release it later. A project may also combine different renewable sources or use contractual scheduling. These mechanisms help match renewable supply with demand instead of delivering power only during favorable weather conditions.

The article does not explain the exact technology or contract design behind Telangana’s FDRE proposal. It does state that TG-Genco plans to procure 2,000 MW of BESS under the FDRE framework. That suggests storage is an important part of making the planned renewable supply available beyond immediate generation.

The 7,800 MW proposal is divided across several technologies and procurement packages. TG-Redco plans 2,000 MW of FDRE on a round-the-clock basis, 3,000 MW of solar power with battery storage, and 800 MW of wind energy. Together, these TG-Redco components total 5,800 MW.

The solar package includes BESS details described by officials as 1,000 MW each of BESS capacity and another 6,000 MWh of storage capacity. The wording distinguishes power capacity, measured in MW, from stored energy, measured in MWh. Separately, TG-Genco plans to procure 2,000 MW of BESS under the FDRE framework.

Adding 5,800 MW associated with TG-Redco to TG-Genco’s 2,000 MW BESS proposal produces the stated 7,800 MW total. The article presents these figures as proposed procurement, not as facilities already operating. TGERC’s public hearing was part of the process before any approval.

TGERC is Telangana’s electricity regulatory body in this proceeding. It conducted the public hearing and would decide whether to approve the procurement proposals. A hearing allows officials and other participants, including political representatives, to present questions or objections before a regulatory decision.

TG-Genco is Telangana Power Generation Corporation Ltd. The article identifies it as a power utility and says it plans to procure 2,000 MW of BESS under the FDRE framework. TG-Redco is Telangana Renewable Energy Development Corporation Ltd. Officials said it was planning to procure 2,000 MW of FDRE, 3,000 MW of solar power with battery storage, and 800 MW of wind energy.

The article does not assign TGERC a role in generating electricity. It describes the regulator’s approval role, while the two utilities are the proposed procurers. Jagadish Reddy also referred to TG-Genco’s thermal generating stations, alleging they were operating below rated capacity while energy was purchased at a higher rate from friendly companies.

Solar generation follows sunlight, but electricity demand continues after sunset and can change throughout the day. Relying only on immediate solar output would leave less renewable power available during dark or cloudy periods. Batteries are therefore included to help make renewable electricity more useful across different hours.

A battery charges when solar power is available and releases electricity later. Its MW rating describes how quickly it can deliver power, while its MWh rating describes how much energy it can hold. In Telangana’s proposal, the solar package includes battery storage, with officials mentioning 1,000 MW BESS capacity and another 6,000 MWh of storage capacity.

The FDRE plan takes the same reliability challenge into account. Officials proposed 2,000 MW of FDRE on a round-the-clock basis, and TG-Genco separately planned 2,000 MW of BESS under that framework. The article does not specify the exact battery operating schedule, but storage is clearly intended to support more dependable renewable supply.

If TGERC approves the plan, TG-Genco and TG-Redco could proceed with a large new renewable-energy procurement commitment. Such a commitment could affect electricity costs, but the article does not quantify any tariff increase. G. Jagadish Reddy argued that the government would burden people further by procuring additional energy.

Farm-power timing is another concern raised at the hearing. Jagadish Reddy alleged that agricultural pump-sets were not receiving power from 6 p.m. to 6 a.m. in most parts of Telangana. He also alleged that the government planned to restrict farm power supply to daytime hours. These are objections and allegations reported in the article, not a confirmed future schedule.

The article does not state whether TGERC approved or rejected the proposal. It records a request not to approve it. The forward outcome therefore depends on the regulator’s decision and on how the utilities would arrange, price, and schedule any approved procurement.

Megawatts measure power capacity: the rate at which a plant or battery can produce or deliver electricity at a given moment. Megawatt-hours measure energy: the amount of electricity stored or supplied over a period. A 1,000 MW battery can deliver power at that rate, while its MWh rating indicates how long it can continue doing so.

For example, a battery rated at 1,000 MW with 6,000 MWh of stored energy could, in simple terms, deliver 1,000 MW for up to six hours if all capacity were usable. Actual performance can vary with operating limits and losses. The article mentions 1,000 MW of BESS capacity and another 6,000 MWh storage capacity in the solar package.

This difference matters for Telangana’s plan because dependable supply requires both delivery strength and duration. MW helps meet demand at a specific moment. MWh determines how long stored electricity can support the system after renewable generation changes or stops. The article does not provide a detailed operating schedule.