Night render of a Hover microgrid district with glowing energy pathways

Introducing Formula H™

Hover’s Microgrid
Design Methodology

Hover’s Microgrid
Design Methodology

Hover’s Microgrid
Design Methodology

[(EsCs)×D] +MMS 2.0+A.AI=tR
[(EsCs)×D] +MMS 2.0+A.AI=tR
[(EsCs)×D] +MMS 2.0+A.AI=tR
01

The Formula Behind Every Hover Microgrid

Formula H™ · Methodology

Formula H™ is Hover Energy’s proprietary methodology for engineering intelligent microgrids. It unites site conditions, energy demand and operational requirements into one engineering framework that guides design, development, deployment and long-term optimization.

Rather than starting from a single energy source or a predefined technology stack, Formula H™ standardizes the methodology, not the solution. Every microgrid is purpose-built for its site, guided by one consistent engineering philosophy.

[(EsCs)×D] +MMS 2.0+A.AI=tR
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Consumption Stack™ · The Strategy
How the site consumes, operates and must perform. The foundation of every design.
02

Every Variable, Engineered

Each part of the formula is its own engineering discipline. Together they turn an understanding of the site into a microgrid that keeps getting smarter.

Consumption Stack™01 · Cs
The Strategy

Consumption Stack™

Consumption is the strategy. We understand how a site uses energy before deciding how that energy should be produced, distributed and managed.

Every project begins with a full evaluation of the built environment: how the site uses energy, how it operates, what it must protect and how it needs to perform today and in the future. That assessment becomes the strategy every design decision is built on.

Strategy Inputs
  • Site Assessment
  • Existing Infrastructure
  • Electrical Loads
  • Utility Profile
  • Operational Requirements
  • Sustainability Objectives
  • Environmental Conditions
  • Regional Regulations
  • Future Expansion
Formula H™

One Method. Every Microgrid.

Formula H™ is the blueprint behind every Hover deployment. One standardized, end-to-end engineering process, scaling from a single site to campus, district, city, regional and national infrastructure, delivering a resilient built environment one site at a time.

+ FUTURE01 · CS02 · ESDESIGNDEVELOPDEPLOY03 · DAI04 · SOLO™ + A.AI
Formula H™
Key Advantages
01

Site-First Engineering

Every project starts with how the site consumes energy, long before any technology is chosen. Design follows demand, not the other way around.

The Consumption Stack™ evaluates site conditions, existing infrastructure, electrical loads, utility profile, operational requirements, sustainability objectives, environmental conditions, regional regulations and future expansion. That intelligence sets the engineering requirements behind every design decision.

02

Purpose-Built, Not Templated

No single energy source and no predefined stack. Each microgrid is engineered for its environment while the methodology stays the same.

Formula H™ weighs operational requirements, environmental conditions, regional regulations and long-term performance goals to engineer the right mix of generation, storage, distribution and intelligent controls. Free of predefined stacks and templates, every deployment is purpose-built.

03

Scales From Site to City

The same disciplined process runs from one commercial building to a campus, a mixed-use district and an entire Hover City™.

The same standardized methodology is the blueprint for commercial developments, corporate campuses, airports, healthcare systems, manufacturing, public infrastructure, master-planned communities and Hover Cities™, one resilient site at a time.

03

One Site Grows Into One Working System

Formula H™ is built to grow. A single site becomes a campus, a mixed-use development and, eventually, a city, with every new building joining the same intelligent system instead of starting over.

Sites 01Solo™ Units 01Systems 01
SOLO™
Single Site01 / 04
Solo™ Microgrid Management System™

The key to scale: one intelligence layer at every site.

Solo™, Hover’s Microgrid Management System™, is installed at every Hover site. Each new building, asset or technology connects through Solo™, so the microgrid can grow, adapt and evolve as one integrated system without being redesigned.

  • Installed at every site
  • Connects each new site
  • Integrates new assets
  • Operates as one network
Explore Solo™
04

The Impact of Formula H™

A disciplined methodology produces measurable results: more resilient sites, lower energy waste and systems that keep improving long after deployment.

Outcomes
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Customer satisfaction & retention
Partners who stay with Hover across the life of their systems.
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Improvement in energy efficiency
Driven by designing around real consumption, not assumptions.
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Reduction in carbon footprint
Cleaner generation and smarter dispatch across every site.
Capabilities
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Phases, one methodology
Consumption Stack™, Energy Stack™, D and Optimization & O&M.
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Integrated architecture layers
Every Energy Stack™ engineered as one coordinated system.
24/7
Intelligent management
Solo™ Microgrid Management System™ and Agentic AI monitor and optimize continuously.
Potential
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Scales of deployment
Site, campus, district, city, regional and national infrastructure.
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Integrated system
Every site connected and managed together as it grows.
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Predefined technology stacks
Each microgrid is engineered from the site’s requirements up.