Bring ASIC equipment, cooling and control together at a wind-energy site in Lithuania. The system needed to respond to changing available generation while retaining practical access for maintenance.
02
The solution
ForMiners developed software for this project that tracks wind generation and adjusts ASIC power profiles. The owner reports three to four immersion-cooled miners per turbine. Equipment is integrated into container infrastructure with electrical and network connections.
Watch the project
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From workshop preparation to field commissioning at a wind-energy site in Lithuania.Video transcript
LITHUANIA / A FORMINERS CASE STUDY Wind energy. Mining that adapts. Real installation. Custom power control. THE PROJECT Mining at the wind site Containerized equipment, cooling and controls.
01 / PREPARATION Prepared by our team Hardware preparation and configuration. 02 / FIELD INSTALLATION
From workshop to wind site 03 / IMMERSION COOLING Cooling integrated on site
ASIC equipment and the immersion system. REAL PROJECT FOOTAGE
Inside the installation 04 / COMMISSIONING Configured in the field
On-site setup and system integration. SOFTWARE DEVELOPED BY FORMINERS Power follows generation.
ASIC power profiles adjust to available wind energy. GENERATION-LED CONTROL A load that responds. Wind generation ForMiners software ASIC power profile More generation → higher power mode Less generation → lower consumption
Control principle • illustration, not measured site data HARDWARE + COOLING + CONTROL One integrated field project
Designed around the conditions of the site. PLAN YOUR WIND-SITE PROJECT Put your energy to work. Discuss your site, generation profile and available power with ForMiners. Scan to discuss your project
How it works
01 →
Wind generation
02 →
ForMiners software
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ASIC power profile
Generation measurement feeds the ForMiners controller, which selects the ASIC power profile. More available generation allows a higher power mode; less generation reduces consumption. This explains the control principle, not a measured response curve or a guarantee of zero grid imports.
Inside the real project
On-site setup and system integration. ASIC equipment and the immersion system.
01On-site commissioning
02Cooling and container infrastructure
Completed work and evidence
The documented work includes hardware preparation, container and cooling integration, on-site configuration and service-access checks. Field photographs and video show commissioning and Fog Hashing cooling equipment. Financial performance and uptime results are not published.
Assessment and operating conditions
Provide interval generation and site consumption, export settlement terms, curtailment data and available electrical capacity. Compare mining with the alternative value of energy exports, including equipment, cooling, taxes and maintenance. Check import rules, ramp limits and restart behaviour. Compare power and hashrate over the same stable interval; include auxiliary consumption.
Practical questions about the project
Does the installation guarantee no electricity import?
The project demonstrates control of ASIC power profiles according to wind generation. It does not establish zero grid imports. Metering location, control response, minimum miner load and electricity settlement rules must be checked for the specific connection.
What data is needed for a similar wind project?
Start with generation and export data over time, the connection limit and electricity settlement terms. Add the proposed ASIC operating range, cooling and auxiliary loads, network connectivity and maintenance access. These inputs support a site-specific control and operating plan.
Could this work at your energy site?
Send the generation profile, site consumption, available capacity and electricity settlement terms. We will assess integration requirements and the alternative value of the energy.
