NEG

Newbius Energy Grid (NEG) • AFBN Enterprise Planning Calculator

Newbius Energy Grid — Interactive Clean‑Energy Planning, Research, and Infrastructure‑Scenario Platform
Enterprise Software by A Few Bad Newbies LLC

NEG

THE RENEWABLE ENERGY GRID
BUILT FOR THE NEXT CENTURY

What is NEG? A configurable planning framework for distributed solar generation, in-stream hydrokinetic generation, energy recovery, local storage, islanding controls, and transparent infrastructure financing.

Why it matters: Distributed generation can reduce transmission dependence and improve resilience when it is paired with protection systems, verified controls, maintenance, storage, and site-specific engineering.

What this page does: It calculates internally consistent scenario outputs from explicit inputs. It does not claim measured hardware performance, certified engineering, guaranteed economics, or enacted public policy.

● Commercially established technologies ● Experimental research concepts ● Long-term infrastructure scenarios — clearly separated throughout the platform —

Why The NEG Framework? All figures are calculated scenario outputs from the NEG Enterprise Planning Calculator.

Distributed Resilience

Local generation and islanding controls can limit cascading failures, but protection coordination, storage, cybersecurity, and maintenance remain essential.

Low-Carbon Generation

Building-integrated photovoltaics and site-screened hydrokinetic turbines can generate electricity without combustion at the point of use. Lifecycle impacts still require assessment.

Transparent Planning

Every output is tied to visible quantities, unit costs, efficiency factors, and funding assumptions so a user can inspect the arithmetic instead of relying on unexplained claims.

PILLAR 01 — ENERGY RECOVERY
Solid-State Harmonic Recovery
A research-stage piezoelectric conversion model driven by external mechanical or acoustic input. At default settings it receives 7.61 megawatts and recovers approximately 5.46 megawatts; it is not a primary energy source.
Experimental Hypothesis
PILLAR 02 — PHOTOVOLTAICS
Urban Solar BIPV
Building-integrated photovoltaic façade units. The default scenario uses 1.2 kilowatt-hours per active pane per day; actual yield must come from location, orientation, area, shading, module efficiency, and measured performance data.
Calculated
PILLAR 03 — HYDROKINETICS
HydroFlow Matrix
A free-stream turbine array calculated from water density, swept area, current speed, overall power coefficient, and turbine count. The default inputs produce approximately 115.3 megawatts.
Calculated
FLAGSHIP MODEL — CONCEPT PHASE
Eco Gaming Hotel
A proposed commercial integration site for photovoltaics, heat recovery, storage, controls, and hospitality loads. The calculator uses a configurable planning value of 12.5 megawatt-hours of daily surplus per site.
Long-Term Concept
No combustion fuel at solar or hydro point of generation
Default deployment planning cost: approximately $391.7 billion
Default fifteen-year contribution scenario: approximately $2.16 trillion
Default net electricity scenario: approximately 3.91 terawatt-hours per day
Solely Architected by William H. Simmons • A Few Bad Newbies LLC
All outputs are calculations from explicit scenario inputs. They are not measured field performance, engineering certification, a vendor quotation, financial advice, tax advice, or enacted policy.
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