Unilab Shark

Free Download Unilab Shark for Windows PC. It is a professional HVAC simulation software designed to calculate the performance, energy efficiency, and operating conditions of chillers, heat pumps, air conditioners, and refrigeration systems.

Overview of Unilab Shark

It is an advanced simulation solution developed to help engineers and HVAC manufacturers design efficient cooling and heating systems. Backed by more than 35 years of industry experience, the software provides detailed performance calculations for refrigeration equipment. It helps technical departments evaluate system efficiency, improve product designs, and meet different market requirements.

The platform goes beyond traditional component selection. Instead of calculating performance at a single operating point, it lets engineers study how equipment behaves under different operating conditions. This approach makes it easier to develop reliable products that meet modern energy efficiency standards.

It also supports technical and sales teams by providing useful performance information. Manufacturers can use these calculations to understand equipment capabilities and make better decisions during product development.

Advanced HVAC Simulation Technology

The software provides a complete environment for simulating heating, ventilation, air conditioning, and refrigeration systems. Engineers can analyze the performance of different equipment configurations without relying only on basic calculations.

Its simulation technology helps users understand how various components work together during operation. By examining system behavior under different conditions, designers can identify possible improvements before moving toward production.

This makes the tool particularly useful for companies developing commercial and industrial HVAC equipment.

Air-Cooled and Water-Cooled Chiller Simulation

Chillers play an important role in commercial cooling systems. The platform supports the simulation of both air-cooled and water-cooled chillers, allowing engineers to evaluate their performance under different operating conditions.

Users can study how changes in temperatures and system configurations affect cooling capacity and energy consumption. These calculations help designers compare different solutions and choose suitable equipment arrangements.

Examining performance across multiple conditions also supports the development of more energy-efficient cooling systems.

Heat Pump Performance Analysis

Heat pumps are widely used for heating and cooling applications. The software supports air-cooled and water-cooled heat pump simulations, helping engineers understand how these systems perform in different environments.

Designers can evaluate heating and cooling performance while considering changing operating conditions. This information is valuable when developing equipment for buildings with different temperature requirements.

For specialized air-to-water heat pump applications, the developer also offers a dedicated heat pump solution. This gives manufacturers more options for specific product categories.

Precision Air Conditioning Systems

Some environments require extremely careful temperature control. Data centers, server rooms, and technical facilities often depend on precision air conditioning systems to maintain suitable operating conditions.

The tool supports simulating Close Control and Computer Room Air Conditioning (CRAC) equipment. Engineers can examine refrigeration cycle performance and evaluate configurations designed for demanding cooling applications.

This capability helps manufacturers develop equipment intended for environments where dependable cooling performance is especially important.

Rooftop Units and DOAS Simulation

Rooftop air conditioning systems are commonly used in commercial buildings because they combine important HVAC functions within a compact equipment arrangement.

The software supports rooftop units and Dedicated Outdoor Air Systems (DOAS), allowing designers to evaluate their refrigeration performance. Engineers can explore different operating conditions and assess how system choices influence overall efficiency.

These simulation capabilities help manufacturers develop equipment for offices, shopping centers, industrial buildings, and other commercial applications.

Air Conditioner Performance Evaluation

Modern air conditioners must provide effective cooling while keeping energy consumption under control. The platform helps engineers evaluate refrigeration performance during design.

Users can study different operating conditions and understand how changes in system design may affect cooling capacity. This helps technical teams make informed decisions when developing new air conditioning products.

Instead of relying on a single fixed calculation, engineers can examine a wider range of operating conditions to better understand expected equipment behavior.

Condensing and Condenserless Units

The software also supports condensing units and condenserless refrigeration systems. These configurations are used in different commercial and industrial applications where flexible refrigeration designs are required.

Engineers can simulate refrigerant cycle behavior and examine how selected configurations influence system performance. This lets them compare designs before making final engineering decisions.

For manufacturers producing different refrigeration products, having these simulation options in one environment can simplify technical evaluation.

Multifunctional HVAC Units

Multifunctional systems combine different heating and cooling functions within a single equipment design. Their performance can be more challenging to evaluate because several operating requirements must be considered.

The tool supports simulating multifunctional units, helping engineers study the refrigeration cycles used in these systems.

By examining different operating conditions, designers can better understand equipment behavior and identify opportunities to improve system efficiency. This is useful when developing versatile HVAC solutions for modern buildings.

Special Refrigeration Cycle Projects

Not every refrigeration project follows a standard design. Some applications require unusual configurations or specialized operating conditions.

The platform supports special projects involving refrigerant cycles, giving engineers the flexibility to evaluate equipment beyond common air conditioning and chiller applications.

This capability makes it valuable for research, product development, and custom engineering work. Technical teams can investigate different refrigeration concepts and assess their expected performance before investing in physical prototypes.

Energy Efficiency Calculations

Energy efficiency has become one of the most important factors in HVAC equipment development. Manufacturers must consider not only cooling or heating capacity but also how much energy their products consume.

The software helps engineers evaluate performance against relevant energy-efficiency indexes and reference regulations. These calculations support the development of equipment intended for markets with different efficiency requirements.

By studying performance across multiple operating conditions, technical teams can make better decisions about system design and efficiency improvements.

Support for Regulatory Requirements

HVAC manufacturers often sell products in markets with different technical standards and energy efficiency regulations. Meeting these requirements is essential for successful product development and sales.

The platform helps technical departments calculate equipment performance according to applicable reference regulations. This lets manufacturers assess whether their designs suit intended markets.

Such evaluations can reduce unnecessary design changes and support better planning before products enter the market. Final regulatory compliance should still be verified against the applicable standards.

Improved Technical and Sales Workflow

Engineering and sales departments need accurate product information to work effectively. The software connects these activities by providing performance calculations that support both technical decisions and commercial discussions.

Engineers can evaluate equipment configurations, while sales teams can use the resulting performance information to explain product capabilities to customers.

This shared approach improves communication between departments and helps manufacturers present suitable solutions for different applications.

Better Product Development Decisions

Developing HVAC equipment requires careful planning, accurate calculations, and repeated performance evaluations. Traditional methods can become time-consuming when engineers need to examine many operating conditions.

The simulation environment simplifies this process by consolidating key refrigeration performance calculations into a single solution.

Designers can compare alternative configurations, identify potential efficiency improvements, and make informed decisions earlier in development. This can reduce unnecessary trial-and-error work and help technical teams use their time more effectively.

System Requirements

• Operating System: Windows 11 / 10 / 8.1 / 7
• Processor: Minimum 1 GHz Processor (2.4 GHz recommended)
• RAM: 2GB (4GB or more recommended)
• Free Hard Disk Space: 200MB or more is recommended

Conclusion

Unilab Shark provides a comprehensive simulation solution for HVAC engineers, refrigeration specialists, and equipment manufacturers. It supports chillers, heat pumps, precision air conditioners, rooftop systems, condensing units, and specialized refrigeration cycles. Focused on performance analysis, energy efficiency, and regulatory requirements, the software helps technical teams improve product development and make reliable engineering decisions.