United States Agrivoltaic Storage + EV Micro-Grid Market Intelligence Analysis

Greatest Investment Opportunity of All Time!

Agrivoltaics creates synergies at the intersection of food, energy, water and soil, the the FEWS. These interdependent components that, together, are the core elements on Earth.

In these times that we collectively face a multi-crisis, in Energy crisis, widespread drought and structural challenges in the agricultural sector, Agrivoltaics is a multifunctional solution.

We have the opportunity to leverage the synergies between sectors to unite agriculture, energy, water and soil sectors; creating independence and prosperity in our communities.

APV creates win-win outcomes across many sectors, increasing crop production, reducing water loss, improving soil health, better efficiency of solar arrays. Adopting such synergistic paths forward can help build resilient food-production, energy-generation systems and healthy ecosystems.

Section #1: Agrivoltaics Market Potential

Section #2: State Of Farming & Ranching

Section 3: State of The US Water System

Section 4: Agrivoltaic Systems + Precision Irrigation Solutions

Section 5: State of the US Energy Grid

Section 6: Whats Possible for The Energy Grid?

Section 7: Energy Storage Market Potential for Farms & Ranches

Section 8: Electric Vehicle Fleet & EV Charging Network Market

Section 9: Project Economics-Tax Credits, Grants & Rebates

Section 10: What’s Possible For Farming & Ranching with AVSS+EV Network?

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Agrivoltaics Stacked Functions of Solar & Regenerative Agriculture Co-Location

Agrivoltaic Storage Systems Ecosystem

Agrivoltaics Market Potential

According to the National Renewable Energy Laboratory (NREL), by 2050, solar could cover almost 10 million acres of land in the United States.

In the Sustainability paper, 13,000 square miles, or 1% of current U.S. farmland. agrivoltaics to meet 20% of U.S. electricity generation.

The cost of the agrivoltaic arrays would be $1.12 trillion over a 35-year project life. With projected 17 years to payback the $1.12 trillion.

https://www.climatehubs.usda.gov/hubs/northeast/topic/agrivoltaics-coming-soon-farm-near-you

Largest agrivoltaic research project in U.S. advances renewable energy while empowering local farmers

Credit Suisse forecasts, “Federal climate spending at over $800 billion, doubling the baseline of $400 billion. Combined with the multiplier effect on private investments and green financing programs, total spending could reach nearly $1.7 trillion over the next ten years.”

Of the $1.7 trillion, the power sector remains the largest category (around USD 580 billion), but manufacturing jumps to second place (around USD 520 billion).

Key features of the IRA’s climate and energy provisions

Broad-based incentive programs with a technology-neutral approach.
Benefits of certain tax credits could last well into the 2040s.
Funds for a transition from both the demand and the supply side. (Of the climate- and energy-related provisions, around 20% of the spending will be used to spur demand transformation – such as incentives for home energy efficiency, heat pumps, electric vehicle credits, and green financing.)
Clean electricity projects in “energy communities” and “low-income communities” could each receive a 10% bonus.

US Inflation Reduction Act

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