Services
At ISS Mining, we deliver more than infrastructure—we provide solutions that empower growth, innovation, and reliability. From high-performance colocation to fully managed services, our offerings are designed to meet the needs of hyperscalers, enterprises, and AI startups. Every service is built on our commitment to efficiency, security, and sustainability, ensuring your workloads run at peak performance with peace of mind.
Hosting
ISS Mining delivers cutting-edge AI hosting solutions through our state of the art data center in Dimmit County, Texas, designed to support GPU-intensive workloads for hyperscalers, enterprises, and AI startups with unparalleled reliability, efficiency, and sustainability. Leveraging a 200 MW IT load across 14 modular pods, our facility integrates 284 MW of solar power and 362 MW of combined heat and power (CHP) from natural gas, supplemented by flare gas capture to achieve structurally low costs—20-30% below market averages—while offsetting methane emissions equivalent to 240,000 tons of CO2 annually.
Clients benefit from flexible colocation, managed servers, and high density computing options, including rack densities up to 140 kW, hybrid cooling for 20-30% energy savings, Tier IV redundancy ensuring 99.999% uptime, and white-glove services with dedicated support, all tailored to meet the exploding demand in the $208 billion U.S. data center market projected to grow at a 6.78% CAGR through 2030.
Export of Electricity
Once interconnected with the Electric Reliability Council of Texas (ERCOT) grid by mid-2026, ISS Mining will export up to 568 MW of excess clean power generated from our hybrid solar and combined heat and power (CHP) systems during peak demand periods, supplementing the facility's primary 200 MW AI hosting operations. This surplus energy, sold at premium rates to ERCOT and potentially generating $10-20 million annually for ISS, will provide a reliable dispatchable resource to the grid, helping to stabilize electricity supply amid Texas's surging demand projected to reach 150-218 GW by 2030. For Dimmit County, the export will reduce local outage risks by 10-20% through enhanced grid resilience, minimizing disruptions from heatwaves and high summer loads while contributing $10-15 million in annual tax revenue to support infrastructure and community services.
ERCOT benefits from added flexibility in balancing renewable intermittency and preventing blackouts like the 2021 Winter Storm Uri, as ISS acts as a net exporter countering pipeline or transmission failures. Statewide, this fosters energy independence, qualifies for incentives under Senate Bill 6 (SB-6) for large loads, and promotes rural economic diversification beyond oil and gas, ultimately lowering costs for ratepayers and advancing Texas's leadership in sustainable energy.
Renewable Energy Credits
ISS Mining's ultra-low polluting and ultra-renewable approach to combined heat and power (CHP) and tertiary generation, which incorporates flare gas capture to minimize methane emissions, is projected to generate approximately 697,000 Renewable Energy Credits (RECs) annually from the 284 MW solar component at full capacity, based on a conservative 28% capacity factor typical for Texas' high solar irradiance regions, equating to roughly 58,000 RECs per month or one REC per megawatt-hour of clean energy produced.
While standard natural gas CHP does not qualify for RECs, our innovative use of waste flare gas positions the 362 MW CHP system as a biogas-equivalent renewable source under Texas' Renewable Portfolio Standard (RPS), potentially adding 300,000-400,000 RECs annually (25,000-33,000 monthly) through certified emission reductions, subject to Public Utility Commission of Texas (PUCT) approval and verification; this combined solar-CHP output could total 997,000-1,097,000 RECs per year, monetized at $3-215 per REC for $1.1- 369 million in revenue. In terms of efficiency, ISS Mining's multi-stage CHP achieves 75-80% overall thermal efficiency by cascading waste heat recovery across primary turbines, steam generators, and tertiary systems —more than double ERCOT's wider grid average of 33-38% (based on a heat rate of 9,000-10,000 BTU/kWh), enabling lower fuel consumption, reduced emissions, and superior resilience compared to the state's conventional power plants.
