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KCP launches 15.80 MW waste heat recovery system in Muktyala to optimize energy costs

KCP operationalizes over 32 MW of power infrastructure including a 15.80 MW WHRS system in Andhra Pradesh, aimed at lowering high power costs and improving EBITDA margins per bag of cement.

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Sahi Markets
Published: 8 Jul 2026, 02:28 PM IST (27 minutes ago)
Last Updated: 8 Jul 2026, 02:28 PM IST (27 minutes ago)
2 min read
Reviewed by Arpit Seth

Market snapshot: KCP Limited has announced the successful commissioning of a 15.80 MW Waste Heat Recovery System (WHRS) and the installation of a 16.58 MW turbine at its integrated cement facility in Muktyala, Andhra Pradesh. This strategic deployment marks a significant shift toward energy self-sufficiency and operational cost reduction for the regional cement player.

Data Snapshot

  • 15.80 MW: Capacity of the newly launched Waste Heat Recovery System.
  • 16.58 MW: Capacity of the newly installed power turbine.
  • 32.38 MW: Combined additional energy capacity at the Muktyala plant.
  • Location: Muktyala, Andhra Pradesh (KCP's primary cement hub).

What's Changed

  • Power Sourcing Mix: Shift from 100% external/captive thermal power to a significant portion of 'green' recovered energy.
  • Cost Structure: Energy typically accounts for 25-30% of cement production costs; this installation provides nearly 'free' power after initial capex recovery.
  • ESG Profile: Direct reduction in carbon footprint as waste heat from the kiln is converted into electricity rather than released.

Key Takeaways

  • Significant margin expansion potential due to lower power procurement costs.
  • Enhanced operational reliability with on-site turbine capacity.
  • Strategic alignment with industry-wide trends of decarbonization in heavy manufacturing.

SAHI Perspective

KCP's investment in WHRS at Muktyala is a vital defensive and offensive move. In a volatile energy market, cement companies with higher green power shares enjoy a 150-250 bps margin cushion over peers reliant on the grid or imported coal. This 15.80 MW unit is large enough to materially impact the consolidated bottom line for a company of KCP's scale.

Market Implications

The move signals potential for earnings upgrades in the upcoming quarters as power costs per ton are expected to decline. It also positions KCP more competitively against larger pan-India players in the South Indian market who already utilize extensive WHRS networks.

Trading Signals

Market Bias: Bullish

The commissioning of 32.38 MW power infrastructure directly addresses the highest variable cost in cement production, suggesting immediate margin support.

Overweight: Cement, Capital Goods (Energy Efficiency)

Underweight: Power Utilities (Loss of industrial load)

Trigger Factors:

  • Movement in thermal coal prices
  • Quarterly EBITDA per ton expansion
  • Capacity utilization rates at the Muktyala plant

Time Horizon: Medium-term (3-12 months)

Industry Context

The Indian cement sector is undergoing a massive shift toward WHRS, with leaders like UltraTech and Shree Cement aiming for 25-30% green power. KCP's 15.80 MW installation brings them closer to industry benchmarks for energy efficiency in integrated plants.

Key Risks to Watch

  • Stabilization period for the new turbine and WHRS unit.
  • Overall cement demand volatility in the Andhra Pradesh and Telangana regions.
  • Fluctuations in raw material costs like limestone and fly ash.

Recent Developments

In May 2026, KCP reported steady revenue growth driven by infrastructure projects in South India. The company has focused on debt reduction and enhancing operational efficiency across its cement and sugar divisions over the last 60 days.

Closing Insight

By securing a low-cost power base, KCP strengthens its regional competitive moat and provides a clear pathway for margin sustainability amidst inflationary pressures.

FAQs

What is the expected cost saving from the 15.80 MW WHRS?

While exact figures depend on utilization, similar WHRS units in the cement industry typically reduce power costs by ₹35 to ₹55 per bag of cement produced.

How does the 16.58 MW turbine complement the WHRS?

The turbine converts the steam generated from waste heat into electricity, creating a closed-loop system that reduces the plant's dependence on the state electricity board.

What does this installation mean for KCP's carbon credits?

By generating power from waste heat, KCP may become eligible for Energy Saving Certificates (ESCerts) under the PAT scheme, potentially creating a new non-operating revenue stream.

High Performance Trading with SAHI.

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