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Reliable backup Power

Microgrids: Achieving True Energy Independence for Uninterrupted Operations

Modernize Power designs and installs advanced microgrid solutions across California, creating self-sufficient, resilient energy systems that guarantee continuous power, optimize energy costs, and provide ultimate protection against grid disruptions.

Consultation

Project Management

Design & Engineering

Service & Maintenance

Turnkey Installation

two generac battery packs attached to a wall

The Future of Distributed Energy

Microgrids represent the next evolution in power infrastructure by seamlessly integrating renewable sources, battery storage, and smart controls. This advanced approach delivers enhanced efficiency, cost savings, and a stable, decentralized energy supply.

Absolute Energy Independence:

Operate autonomously from the main grid during outages, ensuring continuous power.

Optimized Energy Costs:

Smart energy management and renewable integration reduce utility expenses and demand charges.

Enhanced Resilience:

A multi-layered system combining generators, solar, and battery storage for superior reliability.

Reduced Carbon Footprint:

Maximize renewable energy use and minimize reliance on fossil fuels.

Scalability & Control:

Customizable systems that grow with your needs and offer precise energy management.

What is a Microgrid?
 

A microgrid is a localized, self-contained energy system capable of operating independently from the main utility grid. It's a sophisticated network that integrates various distributed energy resources, typically including standby generators, solar photovoltaic (PV) arrays, and Battery Energy Storage Systems (BESS).

 

Crucially, a microgrid has the ability to "island" itself from the main grid during an outage, continuing to provide power to connected facilities.

 

This intelligent system optimizes energy consumption, enhances resilience, and provides unparalleled control over your power supply, making it ideal for campuses, industrial parks, critical infrastructure, and remote communities.

Utility lines in the open plains

why Backup power?

Why Microgrids Are Critical for Absolute Resilience: Uninterrupted Power in a Changing World

In an era of increasing grid instability, rising energy costs, and the growing imperative for sustainability, microgrids offer a transformative solution. They address challenges that traditional backup systems alone cannot:

  • Unlike simple generators, a microgrid can "island" – disconnecting from a failing grid and seamlessly powering your facility with its own resources. This eliminates any downtime and ensures continuous operations, even during widespread, prolonged outages.

  • Reduce your reliance on a single, centralized utility. With a microgrid, you generate, store, and manage your own power, providing greater autonomy and control.

  • By integrating renewables like solar and strategically utilizing battery storage (for peak shaving), microgrids can drastically lower your utility bills and demand charges, turning energy into a predictable operating cost.

  • Microgrids are scalable and adaptable, allowing you to incorporate new technologies or expand capacity as your energy needs evolve.

  • For campuses or clusters of facilities, microgrids can provide critical power during disasters, acting as hubs for community support.

Modernize Power designs and installs cutting-edge microgrid solutions that provide unparalleled energy resilience, ensuring your California operations, critical infrastructure, and campuses remain powered and productive, no matter the external conditions.

SPECIALIZED BUILDER

Our Approach to Microgrid Solutions: Comprehensive Design, Seamless Integration

As a C-10 Electrical, C-46 Solar, and B-General Contractor, with 10 years of experience, Modernize Power offers comprehensive microgrid solutions built for optimal performance and control:

01

Feasibility & Strategic Planning:

  • In-depth Energy Audit: Analyzing your historical energy consumption, load profiles, and operational criticality to define microgrid objectives.

  • Resource Assessment: Evaluating the optimal mix of onsite generation (generators, solar PV), energy storage (BESS), and load management strategies.

  • Financial & ROI Modeling: Providing clear projections on cost savings, resilience value, and applicable incentives.

02

Custom Design & Advanced Engineering:

  • Integrated System Architecture: Our expert engineers design the complete microgrid, including sophisticated controls for seamless integration and optimized energy flow between all components.

  • Load Prioritization & Management: Engineering intelligent systems that prioritize critical loads during islanded operation and manage energy distribution efficiently.

  • Utility Interconnection: Designing compliant and safe interconnection points with the main utility grid, allowing for seamless grid-tied and islanded operation.

  • HCAI Considerations: For healthcare facilities, integrating stringent HCAI requirements into every design aspect to ensure compliance during islanded mode.

03

Compliant Installation & Project Management:

  • Turnkey Execution: We manage the entire microgrid project from complex permitting and site preparation to the installation of all generation, storage, and control components.

  • Minimized Disruption: Our project managers meticulously plan and execute installations to ensure efficiency and minimal impact on your ongoing operations.

  • Regulatory Navigation: Expertise in local, state, and specialized regulations (e.g., CARB, HCAI, utility interconnection rules) for smooth approvals.

04

Rigorous Testing & Commissioning:

  • Island Mode Testing: Comprehensive testing to verify the microgrid's ability to seamlessly disconnect from the main grid ("island") and operate autonomously, providing continuous power.

  • Full System Integration Testing: Rigorous verification of all components (generators, solar, BESS, controls) working together in harmony under various load scenarios.

  • Performance Optimization: Fine-tuning the energy management system for peak efficiency, cost savings, and resilience goals.

Commercial rooftop solar

Key Considerations for Microgrids: Unlocking Full Potential

Implementing a microgrid is a strategic investment that requires attention to specialized technical, regulatory, and operational considerations:

Load Profile Complexity:

Understanding your facility's diverse electrical loads, their criticality, and fluctuations to ensure the microgrid can support all necessary functions.

Distributed Energy Resource (DER) Integration:

Seamlessly coordinating the operation of various power sources (e.g., diesel generators, natural gas generators, solar PV, wind turbines, fuel cells, combined heat and power).

Advanced Control Systems:

The "brain" of the microgrid, which intelligently manages energy flow, switches between grid-tied and islanded modes, and optimizes resource utilization.

Utility Coordination:

Working closely with your local utility for interconnection agreements, grid services, and safe transitions between grid-tied and islanded operations.

Financial Modeling:

  • Accurate assessment of investment costs, operational savings, potential grid service revenues, and available incentives (e.g., ITC, SGIP).

FAQs

We Have Answers, For Your Questions!

  • The primary benefit of a microgrid is its ability to "island" or operate independently from the main utility grid, providing truly uninterrupted power without any downtime. It also integrates multiple energy sources (like solar and batteries) for enhanced resilience and cost savings, which a standalone generator cannot do.

  • Microgrids save money by optimizing energy consumption, integrating cheaper renewable energy like solar, performing peak shaving (using stored energy during high-cost utility hours), and potentially selling excess power or grid services back to the utility. This significantly reduces overall utility bills and demand charges.

  • Microgrids are ideal for critical facilities like hospitals, data centers, government complexes, military bases, industrial campuses, and remote communities where continuous, reliable power is non-negotiable and energy independence is highly valued.

  • A microgrid's intelligent control system orchestrates all components. Solar generates power, which can be used directly or stored in batteries. Generators provide backup for longer durations or higher loads. The system seamlessly switches between sources, maximizing efficiency and resilience.

  • Yes, as a fully licensed C-10 Electrical, C-46 Solar, and B-General Contractor, Modernize Power offers comprehensive turnkey microgrid solutions. We handle everything from initial design and complex permitting to installation, testing, and ongoing optimization.

  • Yes. Modernize Power partners with providers offering flexible financing, including C-PACE (Commercial Property Assessed Clean Energy). This allows eligible commercial and government properties to invest in microgrids with no upfront costs, repaid through a property tax assessment.  Additionally, there maybe lease and PPA options.

  • Microgrids require comprehensive maintenance for all their components (generators, solar, batteries). Our tailored service plans cover all aspects, including routine inspections, performance monitoring, and software updates, to ensure long-term reliability and efficiency.

Contact us

Get in Touch!

Contact us, we're here to help.

9477 Greenback Ln. #112 Folsom, CA 95630

(916) 293-5900

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