Our team comes from the hydro cooling data center (IDC)industry and has long been dedicated to solving the cooling challenges associated with high-density computing infrastructure.

In 2019. We began collaborating with MicroBT to develop: 
· The first-generation hydro-cooled computing platform(M23 Series,R&D validation platform)
· Hydro cooling retrofit solutions based on the M20S platform for large-scale deployment validation
· Hydro cooling systems designed for high-density computing applications
These developments laid the foundation for standardized hydro-cooled computing systems and helped establish new benchmarks for hydro cooling infrastructure. 

Building on these achievements we pioneered the development of water-free dry coolers and modular hydro cooling systems, establishing HeatCore as a leader in energy-efficient and scalable cooling technologies.

 In the same year, we continued advancing our high-temperature hydro-cooled server technology, achieving a breakthrough outlet temperature of 55°C (131°F) and laying the technical foundation for future high-temperature hydro cooling systems.

 Building upon the experience and technological foundation of the M23 platform, MicroBT introduced the M33 Series hydro-cooled servers to the market, advancing outlet temperature to 60°C (140°F) — a significant step forward in system thermal performance

At the same time.we began deploying large-scale hydro cooling data centers and exploring innovative heat recovery solutions.supplying recovered thermal energy to district heating networks.commercial buildings.and industrial facilities.

By the end of 2020. We had deployed more than 20 MW of hydro cooling data center capacity and participated in over 50 MW of heat utilization projects.demonstrating the viability of combining advanced computing infrastructure with sustainable energy applications.

Leveraging extensive experience in hydro cooling data centers and HVAC systems.we developed the H. M, and N Series rack systems, enabling modular deployment for a wide range of computing and heat utilization scenarios

To support HeatCore's long-term growth and continuous innovation.MicroBT made a strategic investment in the company. strengthening our capabilities in product development and global expansion.

As global demand for hydro cooling infrastructure accelerated.our solutions were deployed across Europe.theMiddle East, and North America.

We developed specialized systems for remote energy sites.grid-balancing applications and challenging operating environments Our solutions were successfully validated under extreme Middle Eastern conditions.operating continuously in temperatures up to 47℃(117°F)and high-humidity environments.

To meet regional regulatory requirements.our systems obtained CSA Field Evaluation approval for North America and CE certification for international markets.
To support diverse deployment requirements, we launched:
· X Series Containerized Hydro Cooling Solutions
· E Series Skid-Mounted Hydro Cooling Solutions
In North America.we participated in the development of more than 100 MW of hydro cooling infrastructure projects and established a dedicated Customer Success team to support clients throughout the project lifecycle

Leveraging years of experience in hydro cooling system development and project delivery.we continued to enhance system reliability and performance under high-temperature. high-load.and demanding operating conditions.

In 2023. We expanded our solutions into a wider range of energy infrastructure applications.further validating system reliability and adaptability under diverse operating conditions.

Key project milestones included:
· Successful validation of a 1 MW project operating under 50℃ambient conditions in the Middle East
· Deployment and operation of a 1.6 MW energy infrastructure project
· Successful commissioning of a 4 MW project in North America

At the same time, we continued advancing high-temperature hydro-cooled server technology capable of delivering outlet water temperatures of up to 80°C (176°F) , creating new opportunities for heat recovery and integrated energy utilization.

In 2024. We accelerated the global deployment of hydro cooling infrastructure while expanding the practical implementation of heat recovery technologies across a wider range of applications.

By the end of 2024.our heat recovery systems had been deployed in multiple countries and successfully applied in:
· District heating systems
· Greenhouse agriculture
· Aquaculture temperature control systems
· Commercial and industrial heating applications

These projects further demonstrated the value of integrating hydro cooling infrastructure with sustainable energy utilization.We also pioneered the use of recovered thermal energy for seawater desalination.providing a sustainable solution for regions facing freshwater scarcity.

Launch of the ES Series. Heatcore's latest-generation prefabricated hydro cooling solution designed for rapid indoor deployment.Each module integrates core systems and supports up to 3.6MW.enabling fast on-site assembly and scalable data center expansion.

Global deployed capacity surpassed 900MW.marking a major milestone in hydro cooling infrastructure deployment.
Key large-scale projects commissioned include:
· Midland 50MW project
· Ethiopia 20MW project

Shipment and operational scale reached a new level.with 1534MW total deployed capacity.and annual production and sales exceeding 150MW, generating over $25M in revenue.

The company implemented a comprehensive cost optimization and efficiency enhancement program. reducing overall system deployment cost by over 50%,significantly improving market competitiveness.

 We continued advancing high-temperature hydro-cooled server technology capable of delivering outlet temperatures of up to 90°C (194°F), setting a new industry benchmark for high-temperature hydro-cooled computing systems.