Breakthrough Energy Fellows Program: Innovator/Explorer (Cohort 5)
Overview
EnergiAcres is applying to the Breakthrough Energy Fellows program to scale its revolutionary energy model, which integrates data centers with natural gas-based microgrids and sustainable co-generation for food and industrial use. We aim to address the increasing energy demand of data centers and the urgent need for greenhouse gas reduction by leveraging local natural gas resources, CO₂ capture, and renewable energy integration to create scalable, economically viable solutions. Our model can potentially reduce global GHG emissions by more than 500 million tons annually by providing clean, decentralized energy solutions to data centers and other energy-intensive industries.
Concept Paper: Key Sections

1. Technology Proposal Overview
EnergiAcres Mission: To revolutionize energy production and distribution by leveraging local natural gas resources and turning energy-consuming data centers into local economic and sustainable development anchors.
Problem: Ohio, Pennsylvania, and West Virginia face significant energy bottlenecks, with power utilities like FirstEnergy and AEP having no capacity for expansion for the next 7+ years. This lack of energy availability forces data centers to relocate to remote areas, stalling economic growth and innovation in industrial sectors.
Solution: EnergiAcres unlocks power access for data centers by:
Establishing natural gas microgrids directly at the data center site.
Leveraging cogeneration (CHP) systems to utilize waste energy for heating, cooling, and CO₂ capture.
Partnering with large greenhouse operators to use the CO₂ generated by these systems for food production and industrial manufacturing.
Creating integrated energy parks that house data centers, CEA (Controlled Environment Agriculture), and other energy-dependent tenants in a scalable, sustainable framework.

2. Technology Potential
Current Energy Challenges:
Data centers are one of the fastest-growing sectors in energy consumption, with limited green energy options.
The AI boom is straining power grids, with traditional utility infrastructure unable to support further expansion.
Growing GHG emissions are a global challenge, with data centers contributing significantly.
Problem: Ohio, Pennsylvania, and West Virginia face significant energy bottlenecks, with power utilities like FirstEnergy and AEP having no capacity for expansion for the next 7+ years. This lack of energy availability forces data centers to relocate to remote areas, stalling economic growth and innovation in industrial sectors.
Solution: EnergiAcres unlocks power access for data centers by:
Establishing natural gas microgrids directly at the data center site.
Leveraging cogeneration (CHP) systems to utilize waste energy for heating, cooling, and CO₂ capture.
Partnering with large greenhouse operators to use the CO₂ generated by these systems for food production and industrial manufacturing.
Creating integrated energy parks that house data centers, CEA (Controlled Environment Agriculture), and other energy-dependent tenants in a scalable, sustainable framework.
Optimizing CO2 Utilization for Agricultural Growth
Dutch greenhouses use CO2 generated by CHP plants to enhance plant growth, increasing productivity and reducing the need for chemical fertilizers. This approach creates a closed-loop system where waste products are repurposed for agricultural use.
EnergiAcres’ Implementation: EnergiAcres can apply this model by capturing CO2 emissions from data center power generation and using it to boost local greenhouse production, ensuring a sustainable food supply and reducing the overall carbon footprint.
Benefits of the Dutch Greenhouse Model for EnergiAcres
Overview
EnergiAcres is applying to the Breakthrough Energy Fellows program to scale its revolutionary energy model, which integrates data centers with natural gas-based microgrids and sustainable co-generation for food and industrial use. We aim to address the increasing energy demand of data centers and the urgent need for greenhouse gas reduction by leveraging local natural gas resources, CO₂ capture, and renewable energy integration to create scalable, economically viable solutions. Our model can potentially reduce global GHG emissions by more than 500 million tons annually by providing clean, decentralized energy solutions to data centers and other energy-intensive industries.