METIS microgrid solutions deliver highly resilient and adaptable on-site energy, engineered for seamless operation in either grid-parallel or complete island mode. This sophisticated solution is built upon our integrated suite of advanced technologies. Core to this is our robust MPG(METIS Power Generation) units, renowned for industry-leading efficiency and minimal emissions. These can be complemented by MPS (METIS Power Storage) units, providing critical energy storage to bolster reliability. The entire microgrid ecosystem is intelligently orchestrated by our METIS Energy Management System (MEMS). The MEMS optimizes all connected assets—including MPG, MPS, and any other sources like grid or renewable—for peak performance, cost-effectiveness, and predictive energy management.
MetisCore Microgrid solution offers the flexibility to deliver reliable power in two primary modes: fully independent from the main electrical grid (island mode) or seamlessly in parallel with it (grid-tied mode). This makes it ideal for several scenarios: providing primary power to remote sites, bypassing the high costs and lengthy timelines of new utility connections, or serving as a critical ‘Power Bridge’ for facilities awaiting a permanent grid connection. MetisCore empowers you to energize your entire site for immediate, full-scale operations—all without modifying your original facility design.
Additionally, the system is fully configurable to support a range of advanced operational needs.
Optimized Fast Start-Up: For applications requiring an immediate response, the solution can overcome the inherent start-up delay of thermal generators. It provides instantaneous power on demand by leveraging integrated batteries as a transient buffer, which supplies the full load immediately while the main generation units come online safely and without stress.
Grid Power Augmentation: When connected to a weak, unstable, or capacity-constrained utility source—such as a temporary ‘bridge power’ connection—the MetisCore solution provides critical power support. It can operate independently in island mode and then seamlessly transition to run in parallel with the utility. Once synchronized, it automatically injects the precise amount of additional power needed in real-time. This process ensures your facility can operate at full capacity without interruption or major design adjustments, even when the grid connection is insufficient.
This solution is engineered for an ultra-fast response, handling load fluctuations of up to 50% of the total load in under 20 milliseconds. This level of performance meets the strict requirements of the ITIC (CBEMA) curve, guaranteeing complete system integrity. The system acts as a protective shield, isolating your facility from the power sources anomalies and filtering out harmful power quality disturbances. This safeguards your most sensitive modern electronics, such as high-performance GPUs, and significantly reduces the strain on existing Uninterruptible Power Supplies (UPSs). As a result, it can fortify your power infrastructure and potentially eliminate the need for majority of UPS units altogether.
A successful microgrid deployment requires careful consideration of critical factors beyond the technology itself. Our team gets involved from day one, helping you navigate the project’s hurdles from start to finish.
Air Permitting Guidance
Navigating the maze of complex regulations for on-site power generation can be a significant hurdle. We stand by your side throughout the entire air permitting process. Our team provides expert guidance on state-specific requirements and supplies all necessary technical data from our minimal-emission MPG units to ensure a smooth and successful submission.
System Reliability & Uptime
We understand that for critical facilities, any “hiccup” in power is unacceptable. That’s why we move beyond simplistic “N+1” calculations, instead using probabilistic modeling to quantify the true reliability of your microgrid. We provide you with a transparent, data-driven reliability estimation and work collaboratively to design a system that meets your specific uptime requirements.
Interconnection & Distribution
The permitting process for connecting to the grid or distributing power across a campus can be challenging, with standards varying by state, region, and industry. Our team gets involved and shares its expertise to help you navigate the complex web of utility interconnection agreements and local power distribution regulations, streamlining the approval process.
Operation & Maintenance
Financial predictability is crucial for the success of any power generation project. We provide a clear, detailed projection of all operational and maintenance (O&M) costs, so you understand the total cost of ownership from day one. Furthermore, we present suggestions to adapt and optimize system operations, helping you lower fuel consumption and extend maintenance intervals.
Off-Taker Agreements
Securing a primary customer or anchor tenant is a critical milestone for any new facility. We act as your technical partner during these crucial commercial negotiations. Our team helps you articulate the immense value of your site’s advanced power infrastructure, demonstrating its capabilities and resilience to give your potential customers the ultimate confidence.
Future-Proofing
We design every microgrid with your future in mind. By consulting with you from day one, we engineer a dynamic and scalable solution built on a modular design. This ensures your on-site energy infrastructure can scale efficiently and cost-effectively as your facility grows or your power demands change.
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Extra Low Emission (NOx <9ppmv untreated, <2ppmv treated)
The METIS Microgrid leverages the low-emissions profile of its MPG power generation units to significantly simplify and expedite the environmental permitting process. The primary goal for most on-site power projects is to maintain ‘minor source’ status, avoiding the complex and costly ‘major source’ permitting that can delay a project by 1-2 years. Our system is engineered with the lowest-in-class emissions, allowing you to deploy the maximum power density on your site without exceeding critical federal thresholds (like the 250 ton/year PSD limit) that trigger these lengthy reviews.
Reliability, Uptime, and Energy Resilience
One of the most significant benefits of our microgrid solution is its ability to ensure energy resilience and reliability. The modular architecture allows for the estimation of the mathematical reliability of different configurations, enabling us to design and configure a system that precisely meets the reliability and availability requirements of your facility.
It also can operate in “island mode,” meaning it can disconnect from the main grid and continue to supply power during outages or disruptions. This capability is particularly valuable for critical facilities like hospitals, data centers, and emergency services, which require uninterrupted power. Additionally, our solution contributes to the stability of the main grid by providing ancillary services such as frequency regulation and voltage support, enhancing overall grid reliability.
Cost Savings
Thermal engines like gas turbines achieve their highest fuel efficiency only when running at or near full load. Operating them at partial loads to meet lower power demands is highly inefficient, increasing fuel consumption and driving up operating costs. The METIS Microgrid is engineered to solve this problem. Our METIS Energy Management System (MEMS) intelligently dispatches individual power generation units as needed, ensuring each running unit operates at its peak efficiency setpoint. This strategy is made possible by the unique feature of our MPG units, which are designed to be shut down and restarted frequently without the wear and tear seen in competing machines. By minimizing inefficient partial load operation, this approach significantly reduces fuel consumption and directly lowers overall OPEX.
Integration of Other Sources of Power (Utility Grid and Renewable Energy)
The METIS Microgrid Solution is engineered for seamless integration with a diverse range of energy sources, including the utility grid and solar. This capability is vital for two primary reasons. First, for facilities needing to operate in parallel with the grid, our system can be designed to meet the stringent technical and regulatory requirements for utility interconnection. Second, as companies look to reduce their carbon footprint and achieve sustainability goals, our microgrid provides the flexibility to easily incorporate renewable energy sources into your power portfolio.
Fast Start
Forcing traditional thermal power generation units into a fast-start mode puts immense stress on the equipment, significantly shortening its operational life and increasing maintenance costs. The METIS Microgrid can be configured to eliminate this damaging tradeoff. Our system achieves a rapid start-up by leveraging its integrated MPS units to provide instantaneous transient buffering. The MPS units supply the initial load in sub-seconds, allowing the MPG units to ramp up to their optimal speed safely and without thermal stress. This synergy allows the entire system to be fast-started, with response times tailored to your needs which is a critical capability for demanding industries.
Scalable & Flexible
The METIS Power microgrid is engineered from the ground up for exceptional scalability and flexibility, ensuring it remains a valuable, future-proof asset. The first reason is its modular architecture, which is designed with your future expansion plans in mind. You can start with a system that precisely matches your current needs and then seamlessly add more generation or storage capacity as your facility grows. Secondly, this flexibility extends to integrating new power sources; should you decide to connect to the grid or add renewables like solar and wind down the road, our METIS Energy Management System (MEMS) control system is designed to intelligently incorporate and optimize these new assets without a complete system overhaul. This inherent adaptability ensures your on-site energy infrastructure can evolve right alongside your business.
Live Monitoring System
Comprehensive live monitoring is fundamental to the reliability and performance of the METIS Microgrid. Our METIS Energy Management System (MEMS) platform provides real-time visibility into the complete health and status of your energy infrastructure, including all MPG and MPS units, power quality, and load levels. This constant data stream is crucial for several reasons. First, it enables proactive and predictive maintenance, allowing potential issues to be identified and addressed before they lead to downtime. Second, it provides the necessary inputs for the MEMS to continuously optimize all connected assets for peak efficiency and cost-effectiveness. Finally, secure remote access to this live data ensures that your team—and ours—can provide expert oversight and perform rapid diagnostics from anywhere at any time, guaranteeing the highest level of system integrity.
Ultra-Fast Response Time
The fast response time of our MetisShield™ microgrid solution, under 20 milliseconds, is a critical feature that sets it apart as an indispensable energy solution for operations requiring uninterrupted power, such as data centers, hospitals, etc. Data centers house sensitive IT infrastructure that demands a constant and stable power supply to prevent disruptions, data loss, or equipment damage. The ability of MetisShield™ to respond almost instantaneously to power fluctuations or outages ensures seamless transitions between power sources, maintaining the strict power quality standards required by the Information Technology Industry Council (ITIC or CBEMA) curve. This curve defines the acceptable voltage and frequency tolerances for IT equipment, and only MetisShield™ Power microgrid solution with its advanced control systems and rapid response capabilities can consistently meet these stringent requirements.
Energy Independence
METIS Microgrid empowers users to achieve greater energy independence by reducing reliance on the central grid. Communities, businesses, and institutions can generate their own power, tailoring their energy systems to meet specific needs and goals. This independence not only enhances energy security but also provides greater control over energy costs and supply. Our customizable microgrid solution ensures that users can adapt their systems as their needs evolve.
Support for Remote and Rural Areas
In remote or rural areas where extending the main grid is impractical or prohibitively expensive, our microgrid solution offers a viable solution for electrification. It provides reliable power to underserved regions, enabling economic development and improving quality of life. Access to electricity in these areas can support local businesses, enhance education and healthcare services, and foster community growth.
Environmental Benefits
Our microgrid solution plays a crucial role in reducing environmental impact. By increasing the use of renewable energy, utilizing Hydrogen as a fuel source, using extra-low emission technology, and optimizing energy consumption, it helps lower greenhouse gas emissions and other pollutants. This shift toward cleaner energy sources supports sustainable development and aligns with global efforts to combat climate change.