PT. CCEPC is a global market leader in clean and efficient energy solutions, specializing in Supercritical Thermal Power Plants and Combined Cycle Power Plants (CCPP). Leveraging advanced expertise to utilize various fuel types, including industrial waste gas, PT. CCEPC delivers high-performance, fuel-efficient, and reliable power plant construction tailored to diverse project requirements.
In the field of Clean and Efficient Energy Utilization, the company leads the global market in supercritical small-scale power generation, holding a market share of over 90%. It possesses extensive experience in implementing power generation projects across a full range of technical parameters.
One of Indonesia’s Largest & Most Comprehensive Energy Project Portfolios
Weda Bay 6 × 250 MW + 11 × 380 MW Power Project Portfolio.
Demonstrating extensive experience in the delivery of large-scale power generation projects across Indonesia.
Shandong Innovation Group’s 7 × 380 MW Captive Power Project Cluster in West Kalimantan, Indonesia
Reflecting our significant contribution to Indonesia’s power infrastructure and industrial development.
The company also masters core technologies such as black start capability for coal-fired power plants and isolated grid operation.
Its main products in the energy sector includes but not limited to:
A Supercritical Thermal Power Plant is an advanced type of steam power generation facility that operates at pressures and temperatures above the critical point of water, eliminating the distinction between liquid and steam phases. This allows for significantly higher thermal efficiency and reduced fuel consumption compared to conventional power plants.
Our company has strong expertise in the development and implementation of supercritical power projects, delivering optimized plant performance, improved environmental outcomes, and reliable operation through advanced technology and proven engineering capabilities.
A Combined Cycle Power Plant (CCPP) is a highly efficient power generation system that integrates two thermodynamic cycles—the Brayton cycle (gas turbine) and the Rankine cycle (steam turbine)—to maximize energy conversion and overall plant efficiency.
Our company has extensive expertise in this field, with the capability to utilize various fuel types, including natural gas and low-calorific-value gases, including waste gas from industrial processes such as smelters. We have also undertaken the national scientific research project on low-calorific-value gas combined cycle power generation technology.
We offer a wide range of plant types and configurations tailored to meet diverse project requirements. With fast-track construction capabilities, high efficiency performance, and strong experience in project execution, we are supported by a reliable supply chain and collaborate with trusted manufacturers to ensure quality and reliability in every project.
A dedicated power generation facility designed to supply reliable electricity directly to industrial operations. It provides stable and efficient power while supporting the energy needs oflarge-scale industrial facilities.
An integrated energy system that simultaneously generates electricity and supplies process steam or heat through high-parameter boilers and steam turbine-generator units. It enables the cascade utilization of energy and serves facilities with substantial power and thermal demands.
The recovery and conversion of waste heat, residual pressure, by-product fuel gases and other secondary energy resources generated during industrial processes into electricity, steam or other usable forms of energy. Itreduces overall energy consumption and improves energy efficiency.
A high-efficiency energy system integrating gas turbines, heat recovery steam generators and steam turbines, while supplying steam orhot water for industrial processes or district heating. It maximizes fuel utilization andsupports both power generation and thermal energy demands.
