Hitachi Cooling & Heating presents its new PEP sheet for the air365 DRV system

In response to the rising environmental demands in the heating and cooling sector, Hitachi Cooling & Heating takes a significant step forward with the publication of a new individual PEP sheet dedicated to its DRV air365 Max system. This document marks a notable advancement in the transparency and sustainability of equipment, reflecting the manufacturer’s strategic direction towards eco-responsibility and decarbonization. By precisely detailing the carbon impact of the product throughout its lifecycle, Hitachi provides building professionals, architects, and design offices with a reliable source to guide their choices towards high-performance and environmentally respectful solutions. This effort is fully aligned with the current challenges of sustainable construction by 2025 and reinforces Hitachi’s reputation in the field of high energy performance heating and cooling.

New individual PEP sheet: an essential tool for managing the environmental impact of the DRV air365 system

The PEP sheet — Product Environmental Profile — is much more than a simple technical document. It represents a comprehensive and certified analysis that evaluates all phases of a product’s life cycle: raw material extraction, manufacturing, transport, use, end-of-life, recycling, and disposal. For Hitachi Cooling & Heating’s DRV air365 Max system, this sheet offers detailed and rigorously verified information about its carbon footprint, a major asset for decision-makers in the sector.

With this approach, transparency becomes a strong lever for refining technical choices when sizing or replacing installations. Project owners can thus integrate environmental criteria directly into their specifications, thereby complying with current standards and meeting the increasing expectations for eco-responsibility. For example:

• The calculation of gray energy allows for the evaluation of the impact of the materials used in the DRV air365 system, promoting the use of low CO2-emission components.
• Considering energy consumption during the use phase highlights the actual energy efficiency of the system, reassuring professionals about long-term profitability.
• Managing the end-of-life with an increased recyclability rate demonstrates Hitachi’s concern for limiting waste and promoting a circular economy in cooling and heating.

This novelty is also accompanied by documentation accessible via the INIES database, a platform recognized for its reliable environmental data in construction. Users can find all official information regarding the DRV air365 system, ensuring informed decision-making. To learn more, one can directly consult the PEP sheet on the official Hitachi Cooling & Heating website (details on the DRV air365 Max).

Summary table of key information from the PEP sheet of the DRV air365 Max system

Phase	Description	Environmental Impact
Raw Material Extraction	Use of low carbon-emission components	Significantly reduces CO2 footprint
Manufacturing	Optimized processes at a European factory in Barcelona	Minimization of greenhouse gases
Transport	Local distribution to limit emissions	Reduction of transport distances
Use	Controlled energy consumption via Scroll technology and Smooth Drive	High energy performance
End of Life	Increased recyclability of components	Reduction of waste and valorization

Technological innovations of the DRV air365 Max system for more efficient cooling and heating

Identifying the PEP sheet also means understanding the technical qualities that make the DRV air365 Max system a benchmark in terms of energy performance. Hitachi Cooling & Heating has integrated cutting-edge technologies to optimize energy consumption while ensuring optimal comfort, particularly in demanding tertiary and residential installations.

The key to this performance lies in several major innovations:

• Scroll compressor with fluid injection: a technical advancement that increases heating and cooling capacity. Its operation adapts to a wide range of temperatures, from -25°C to +52°C, which is ideal for facing climate variations without loss of efficiency.
• Smooth Drive Control 2.0: this system stabilizes ambient temperature by reducing fluctuations. It thus enhances perceived comfort while optimizing consumption during partial loads, a critical area where conventional systems often lose efficiency.
• airCloud Tap application: this connected interface allows for four times faster system configuration and six times more effective data control. It eliminates the need to open indoor units or the DRV unit for diagnostics, facilitating maintenance.
• CSNET Manager centralization system compatible with Modbus, KNX, and BACnet protocols as an option for simplified integration into smart buildings (BMS).

For professional installation, these innovations promote both the optimization of energy costs and the longevity of the equipment. European manufacturing, with a factory in Barcelona, reinforces local embedding and quality control.

If you need to delve deeper into the DRV range and the DRV air365 system, complete documentation is easily accessible on the Hitachi website via these links:

• Overview of DRV ranges
• Details on air365 Max
• Technical documentation DRV

Comparison of key technologies of the DRV air365 Max

Technology	Function	Main Advantage
Scroll compressor with injection	Optimization of thermal capacity	Operation between -25°C and +52°C without loss
Smooth Drive Control 2.0	Temperature stabilization	Reduction in energy consumption and improved stability
airCloud Tap application	Remote management and installation simplification	Quick adjustment and control, facilitated maintenance
CSNET Manager	Centralized system control	BMS compatibility and standard protocols

Environmental commitment and decarbonization: Hitachi Cooling & Heating’s strategy for 2025

The new PEP sheet for the DRV air365 Max system is part of a broader policy to reduce carbon footprint. Hitachi, aware of the climate stakes, has rethought its industrial process since 2020 to integrate environmental components from the design stage.

This strategic positioning translates into:

• A revision of components and processes to reduce emissions linked to manufacturing.
• A complete traceability of materials and supplies, ensuring sustainability and compliance with European and French environmental standards.
• A continuous effort to improve energy performance that limits consumption while maintaining optimal comfort.
• Local production in Europe, notably at the Barcelona factory, avoiding long transports and thus limiting emissions related to logistics.

This approach results from close collaboration between the R&D department and production teams. It has allowed for the development of a product that meets the expectations of public and private markets, where environmental criteria are becoming increasingly important. Moreover, Hitachi’s individual PEP sheets are already referenced on platforms such as Batirama (Batirama article) and Bati-today (Bati-Today article).

The table below illustrates the main steps of Hitachi’s environmental policy

Phase	Actions Implemented	Environmental Objectives
Design	Integration of carbon data from R&D	Reduction of the overall product footprint
Production	Local manufacturing in Barcelona	Transport optimization and increased quality
Distribution & Logistics	Global and efficient delivery networks	Reduction of transport emissions
Promotion	Dissemination of transparent individual PEP sheets	Clear information for eco-responsible markets

These actions reflect a strong commitment from Hitachi Cooling & Heating to actively participate in the fight against climate change while ensuring high technical performance. An evolution supported by the concrete feedback from professionals who can now rely on precise and accessible data for their projects.

Simplified use and maintenance thanks to the PEP sheet and the connected tools of the DRV air365 system

Beyond the environmental aspect, the PEP sheet fits into a global framework aimed at facilitating the management and maintenance of the DRV air365 Max system for installers and end users. The close link between technical documentation and connected innovations ensures comprehensive support.

For example, the airCloud Tap application allows for quick configuration, precise performance monitoring, and intervention before actual malfunctions arise. This predictive approach is highly useful for heating and cooling professionals, reducing often costly emergency interventions.

For a plumber or HVAC technician, having an individualized PEP sheet also corresponds to a precise environmental specification. This is a valuable aid in offering clients optimal solutions that balance energy performance and reduced carbon footprint.

Here are the main benefits of providing these tools and documents:

• Reduction of installation times and errors thanks to quick configuration.
• Maintenance optimization with real-time data promoting targeted interventions.
• Compliance with thermal and environmental standards thanks to precise control.
• Better user comfort with effective management of temperature and energy.

The technical sector can also directly access guides and more detailed sheets through Hitachi’s online resources such as the PEP sheets of other indoor units and the complete technical documentation.