Frequently asked questions

A Captive Power Plant (CPP) license or concession allows the license holder to generate, transmit, and distribute electricity within a designated region. The holder of a CPP license can supply electricity directly to private, industrial, and government users, bypassing the need to sell through local utility companies. This enables the license holder to operate independently of the local authority’s distribution system or export surplus power to the local grid, providing flexibility in energy distribution. This license is particularly beneficial for industries or businesses with high electricity demands, as it ensures a direct and reliable supply of power, often at more competitive rates.

The key difference between a Captive Power Plant (CPP) and an Independent Power Producer (IPP) lies in their roles and operational scope within the energy sector: CPP (Captive Power Plant): A CPP is allowed to generate, transmit, and distribute electricity to a specific group of users, typically industrial or private consumers. The power is generated primarily for the holder’s own/dedicated use. CPPs often operate independently of the national grid and are not bound by government regulations to sell to state utilities. IPP (Independent Power Producer): An IPP can only generate electricity. The power produced by IPPs is typically sold to state-owned utilities or distribution companies. Unlike CPPs, IPPs do not have the authority to distribute electricity directly to consumers and must rely on third-party/public distribution systems. In short, CPPs have more operational control, including generation, transmission, and direct distribution, while IPPs are limited to electricity generation, relying on third-party systems for distribution to end users.

Bintan Power Plant (BPP) supplies electricity to approximately 120 million people across Southeast Asia. With its extensive network of power plants and infrastructure projects, BPP operates under a Captive Power Plant (CPP) license, which allows it to generate, transmit, and distribute electricity across its operational regions, ensuring a reliable supply of energy to millions of households and businesses.

Bintan Power Plant (BPP) Group was established in 2002. The company has since grown to become a major energy producer, serving Southeast Asia through its natural gas and renewable energy projects.

Bintan Power Plant (PTBPP) and NewX Energy operate as complementary forces in the energy sector, with each company serving a distinct role: PTBPP acts as the “hardware”, focusing on physical infrastructure, operating power plants, and managing the generation, transmission, and distribution of electricity under its Captive Power Plant (CPP) license. PTBPP ensures a reliable energy supply to industrial, residential, and governmental clients. NewX Energy, on the other hand, acts as the “software”. It enhances PTBPP’s operations by introducing smart grid systems, leveraging blockchain technology, and developing innovative solutions like the NEXT token (www.thenext.energy) for decentralized payment systems. NewX focuses on improving energy efficiency, sustainability, and technological innovation. In short, PTBPP provides the physical infrastructure needed for energy production and distribution, while NewX Energy offers the technological framework to optimize these systems, making them more efficient, sustainable, and future-ready.

PTBPP focuses on the integration of solar photovoltaic (PV) systems and other renewable technologies to reduce reliance on fossil fuels. Our solar projects utilize Maximum Power Point Tracking (MPPT) solar inverters to optimize energy output and bifacial solar panels to increase efficiency by capturing sunlight on both sides. We are also exploring Battery Energy Storage Systems (BESS) to store excess solar energy, ensuring consistent energy supply even during periods of low sunlight, along with grid-scale energy storage and microgrid solutions to support the integration of renewable energy into the broader electricity grid.

For industrial clients, PTBPP offers several technical advantages: Energy Reliability: Our plants are equipped with N+1 redundancy, ensuring continuous energy supply even in the event of a component failure. We use load forecasting algorithms and predictive maintenance to prevent outages and ensure maximum uptime, giving industrial clients real-time power availability. Cost Efficiency: PTBPP uses demand response systems and energy efficiency optimization protocols that help industrial clients lower energy consumption during peak demand hours. We offer time-of-use pricing and dynamic energy tariffs, allowing clients to control their energy costs by shifting non-critical processes to off-peak times. Power Purchase Agreements (PPAs) include flexible pricing mechanisms tailored to individual industrial needs. Sustainability: PTBPP’s energy solutions enable industrial clients to access cleaner energy sources through our renewable energy procurement services. Clients can incorporate renewable energy certificates (RECs) into their sustainability portfolios, helping them achieve corporate social responsibility (CSR) goals and meet Scope 1 and Scope 2 emissions reduction targets. Scalability: PTBPP’s energy services are designed to scale with the operational growth of our industrial clients. Modular power plants allow us to quickly increase capacity without significant downtime or overhauls. By leveraging cutting-edge technologies and a robust energy infrastructure, PTBPP delivers reliable, efficient, and scalable power solutions tailored to the specific demands of industrial clients.

PTBPP adopts a comprehensive approach to sustainability through the deployment of Best Available Techniques (BAT) and strict adherence to ISO 14001 environmental management standards. We have implemented advanced Carbon Capture and Storage (CCS) technologies across our natural gas plants, with the ability to capture and store up to 90% of CO2 emissions, significantly reducing our carbon footprint. Additionally, we employ selective catalytic reduction (SCR) systems to control NOx emissions and electrostatic precipitators for particulate matter mitigation, ensuring compliance with stringent air quality standards. In water management, we utilize closed-loop cooling systems and water recycling technologies to reduce water consumption by up to 50%, minimizing our impact on local water resources. Our power plants also use dry cooling where feasible, further reducing water usage in energy generation. For energy efficiency, PTBPP has integrated combined heat and power (CHP) systems in certain facilities, allowing for the simultaneous generation of electricity and useful heat (up to ~80% efficiency). We regularly conduct energy audits and employ continuous emissions monitoring systems (CEMS) to ensure real-time environmental compliance and optimization of operational efficiency. PTBPP’s commitment to renewable energy includes the large-scale deployment of solar PV systems, coupled with Battery Energy Storage Systems (BESS), to store surplus energy and balance grid demand fluctuations. Additionally, we engage in life-cycle assessments (LCA) of our plants and operations to continuously evaluate and minimize the environmental impact of our infrastructure. Our approach aligns with net-zero strategies, ensuring long-term viability and responsibility in energy production.

PTBPP operates a range of power plants primarily focused on natural gas-fired Combined Cycle Gas Turbines (CCGT), which achieve high efficiency by capturing exhaust heat from gas turbines to drive a secondary steam turbine (efficiency up to ~60%). Our natural gas plants are equipped with advanced low-NOx combustion technologies and selective catalytic reduction (SCR) systems to minimize nitrogen oxide emissions, adhering to stringent environmental standards. We also integrate smart metering and grid management systems to optimize load balancing and power distribution, ensuring energy is delivered efficiently to industrial and residential users. Our plants use a modular design, allowing for rapid scalability and upgrades to keep pace with evolving energy demands and emerging technologies.

PTBPP ensures a highly reliable energy supply through the integration of advanced Supervisory Control and Data Acquisition (SCADA) systems and Distributed Control Systems (DCS) across all its power generation and transmission facilities. These systems enable real-time monitoring and automation, allowing operators to quickly respond to fluctuations in load demand and grid conditions. We utilize high-voltage direct current (HVDC) transmission technologies for long-distance energy transfer, reducing power losses and increasing efficiency. PTBPP also incorporates redundancy protocols such as N+1 infrastructure to ensure continuous operation in case of component failures. Our Captive Power Plant (CPP) license allows direct control over electricity generation and distribution to clients, bypassing public grid infrastructures, which reduces dependency on external grids and ensures faster restoration times during outages. To further enhance reliability, PTBPP employs predictive maintenance using machine learning algorithms that analyze equipment data to identify potential failures before they occur, minimizing downtime and ensuring uninterrupted energy delivery.

The key members of Bintan Power Plant Group (PTBPP) include: Christien New, Chairman and Founder of Bintan Power Plant Group (PTBPP) and NewX Energy. A visionary entrepreneur, Christien has been instrumental in shaping the energy landscape in Southeast Asia. His leadership has led PTBPP to become a major power player in the region, supplying electricity to approximately 120 million people across Southeast Asia through various natural gas and renewable energy projects. His extensive experience in technology and infrastructure has enabled him to integrate modern solutions, such as smart grid systems and blockchain-based payment systems, into PTBPP’s operations through its partnership with NewX Energy. He is focused on providing affordable and clean energy and on promoting sustainability and efficiency in energy production, particularly for industries like data centers, which require significant energy consumption. His vision for PTBPP and NewX Energy is to continue pioneering clean, efficient, and technologically advanced energy solutions that drive economic growth while reducing carbon footprints across the region. Tommy Imanuel, President Director, overseeing the strategic and operational direction of the company, ensuring alignment with the company’s mission to provide clean and affordable energy. Andreas Tanadjaya, Director, responsible for contributing to the overall management and execution of the company’s energy projects and strategic initiatives. M Soebijantoro, Director, involved in leading various divisions and ensuring that the company’s goals in energy generation and distribution are met efficiently.