Over 60% of World's Electricity at Risk: It's Time for Indonesia's Energy Resilience.
A stark reality: over 60% of global electricity still depends on fossil fuels, which are volatile, costly, and environmentally damaging. As energy demand surges and supply risks grow, Bima Eco Power offers “Resilience Energy” – a clean, efficient, stable, and reliable solution.
Indonesia's Power Grid Faces Critical Challenges: The Need for True Energy Resilience.
Over 60% of global electricity relies on volatile fossil fuels, leading to unpredictable outages and unstable power. This vulnerability, from limited resources and disruptions, causes discomfort for homes and significant losses for businesses. As demand rises and risks grow, Bima Eco Power offers “Resilience Energy”—a clean, efficient, stable, and reliable solution for true energy independence.
Why (move to) Resilience Energy?
Exponentially Growing Electricity Demand
Global electricity demand is growing exponentially, requiring more reliable energy solutions.
Limited & Expensive Fossil Fuels
Reliance on fossil fuels faces resource limitations and continuously rising costs.
Unpredictable Grid Downtime
Conventional grid downtime is unpredictable, leading to inconvenience and losses.
Risks from Disruptive Events
Energy systems are vulnerable to risks caused by natural disasters or technical disruptions.
Global Power: Over 60% Relies on Vulnerable Fossil Fuels.
This heavy reliance on fossil fuels not only leads to significant carbon emissions, contributing to climate change, but also causes unstable energy prices due to market volatility and geopolitical factors. This inherent vulnerability underscores the urgent need for a shift towards more resilient energy solutions.
DC System as Resilience Energy Solution
It is a clean energy storage solution with DC output system for residential,commercial and industrial scale electricity. It is clean, efficient, stable, reliable, and resilience
Who Need Resilience Energy?
Virtual Power Plant by Bima Eco Power
Virtual Power Plants (VPPs) are innovative, cloud-based systems that aggregate and optimize distributed energy resources (DERs) like solar panels, battery storage, and electric vehicles across multiple locations. Acting as a central brain, a VPP orchestrates these assets to function as one large power plant, efficiently managing energy flow and enhancing grid stability. This approach enables a cleaner, more reliable, and responsive energy future, empowering participants and building a truly smart grid.
Imagine the daily surge in electricity demand, especially as evening approaches. Between 5 PM and 10 PM, homes and businesses power on lights, air conditioners, and electric vehicle chargers, creating a massive peak load on the power grid.
The Strain is Real:
- Peak Demand Overload: This sudden spike often overwhelms the existing infrastructure, pushing it to its limits.
- Reliance on Costly Backups: To meet this temporary surge, utility providers (like PLN) are often forced to activate expensive and less efficient backup power plants, such as gas-fired generators (PLTG).
- System Instability: The imbalance between rapidly increasing demand and available supply can lead to drops in system frequency, causing instability in the power supply.
- Manual Intervention Required: Maintaining grid balance during these peak times demands constant and responsive manual adjustments from the utility provider.
- Environmental Impact: Globally, a significant portion (over 80%) of our electricity still comes from fossil fuels, contributing to environmental concerns and a less sustainable future.
The Result? Higher operational costs, potential energy wastage, and a power grid that constantly operates under pressure. Before the advent of Virtual Power Plants, this was the reality of our energy system.
Welcome to a new era of energy management with the implementation of Virtual Power Plant (VPP) technology. Experience a seamless and efficient electricity supply, powered by smart coordination and renewable energy integration.
A Smarter, More Sustainable System:
- Intelligent Energy Storage: Battery Energy Storage (BEP) systems in homes and businesses efficiently store energy generated during the day.
- Automated Peak Shaving: As evening peak demand approaches (around 6 PM), the VPP intelligently regulates the release of stored energy from these BEPs.
- Stable and Reliable Supply: This coordinated energy release ensures a consistent power supply, meeting local demand and even allowing for excess energy to be fed back into the main grid.
- Reduced Reliance on Fossil Fuels: By leveraging stored renewable energy, the need to activate expensive and polluting backup power plants is significantly diminished.
- Increased Grid Efficiency: Utility providers can now purchase energy strategically, only when needed, leading to a more flexible and cost-effective operation.
- Active Participation: Consumers become active contributors to grid stability, transforming from mere energy users to crucial components of a smart energy ecosystem.
The Outcome? A stable and reliable power supply, reduced operational costs, a more sustainable energy future, and the unlocking of new business opportunities within the energy sector. With VPP, peak hours are no longer a source of stress, and a cleaner, more efficient energy landscape becomes our reality.