The Central Electricity Regulatory Commission has directed clean energy firms to either generate power or disconnect from the grid, in a move framed as an attempt to strengthen grid discipline. The regulator set out the choice to address instances of non-utilisation of transmission capacity and ensure that connected generators contribute to system stability. The directive applies to entities feeding electricity into the network under existing arrangements. CERC said that idle capacity and failure to dispatch when scheduled can complicate grid management and increase the need for balancing measures. The decision aims to reduce unexpected variability that places strain on transmission operators and distribution utilities. It reinforces scheduling and forecasting practices among renewable generators. The instruction implies operational and contractual consequences for project developers and power producers who do not supply as per their declared schedules. Generators that opt to disconnect face commercial and logistical hurdles before re-entry to the network, while those that choose to generate are required to adhere to dispatch protocols. The regulator emphasised the importance of compliance with grid codes and scheduling obligations. Industry participants will reassess their operational readiness and coordination with system operators to avoid enforced disconnection. The ruling highlights the interplay between variable renewable energy integration and market mechanisms designed to maintain reliability. CERC measures form part of a broader regulatory effort to ensure orderly integration of clean energy into the national electricity system. Stakeholders will monitor implementation details and any subsequent clarifications from the regulator to gauge the effect on project economics and grid operations. The directive is prompting closer engagement between generators, transmission companies and distribution firms to manage scheduling and ramping requirements. The outcome will influence how rapidly additional renewable capacity can be integrated without compromising grid stability.