HORIBA 确信，当前的二氧化碳排放议程影响农业和非道路机械，就像它影响整个汽车行业一样。然而，这带来了独特的挑战，包括复杂的操作环境和不受限制的车辆使用。无论是开发能够在建筑工地实现碳中和的挖掘机，还是设计能够利用当地收集的生物甲烷进行操作的下一代农业机械，HORIBA 的解决方案旨在帮助整个车辆和动力系统的开发、验证和认证等过程。
各种各样的变化正在发生。随着监管复杂性的增加和 RDE 测量技术的采用，需要具备非常强大的测试和测量解决方案，能够承受具有挑战性的操作环境。与此同时，混合动力和电气化正在被用于优化能源使用和降低源消耗。例如，随着人们对电气化、混合动力和燃料电池的兴趣日益浓厚，能源回收和存储的一系列技术方法也在开发中，所有这些技术在测试和验证环境中都面临着不同的挑战。大家基于内燃机的非道路移动机械（NRMM）的多种气体燃料解决方案的应用越来越感兴趣。
其中包括氢气、天然气和生物甲烷。无论是使用比传统柴油的更清洁的替代品，还是寻求从可再生能源、生物物质或废料中捕获和使用当地生产的可持续燃料，排放测量仍然是一项要求，HORIBA 将为您排忧解难。
HORIBA 将支持农业和非道路行业，随着时间的推移，它们将从依赖内燃机转向混合动力、能源回收和电气化解决方案的复杂组合。这包括一系列气体燃料和燃料电池技术的使用。
灵活和强大的 HORIBA 分析仪能够提供行业头部的超低氮氧化物测量，无论是在实验室还是在工业或农业环境，符合当前美国和欧盟的法规。所有的测量设备和工程支持都是进行传统和电气化动力系统开发所必需的，包括电池和燃料电池系统，以及安全集成到任何类型的车辆架构的专业知识。此外，HORIBA 还提供环境仿真系统，将真实世界带入实验室，以及硬件在环方法，使动力总成的快速开发和集成成为新的应用程序。
在实验室环境中，效率是关键，HORIBA 所提供的软件工具有助于实现现代化实验室自动化，在实验室之间创建协同作用，确保符合新版的和新兴的法规，并最终帮助用户成功地满足产品开发时间表。
We provide a wide range of testing solutions for future mobility technologies within the field of hydrogen internal combustion engine (hydrogen ICE) for vehicle development.
Our customer's challenges, are our opportunities to showcase how a partnership with us can bring valuable results while cutting costs and saving time.
Increasing regulatory complexity and the expected adoption of Real World Emissions measurement require extremely capable test and measurement solutions that are able to withstand a challenging operational environment. At the same time, hybridization and electrification are being used to both optimize energy use and minimize consumption.
For example, a range of technical approaches to energy recovery and storage are being developed alongside growing interest in electrification, hybridization, and the use of fuel cells—all of which present different challenges in the test and validation environment. There is increasing interest in the application of different gaseous fuel solutions for ICE-based non-road mobile machinery (NRMM).
These include hydrogen, natural gas, and bio-methane. Whether working with cleaner alternatives to conventional diesel fuel or looking to capture and use locally produced sustainable fuel from renewable energy, bio-mass, or waste material—emissions measurement will still be a requirement, and we are here to help.
We will support the agriculture & off highway industries as they shift—over time—from a dependence on internal combustion engines to a complex mix of hybridization, energy recovery, and electrification solutions. This includes the use of a range of gas fuels and fuel cell technology.
Our flexible and robust analyzers provide industry-leading ultra-low NOx measurement that is compliant with current global regulations, both in the lab and in the industrial or agricultural environment. All the measurement equipment and engineering support necessary to perform both traditional and electrified powertrain development is available—including battery and fuel cell systems and the expertise for safe integration into any type of vehicle architecture.
In addition, we offer environmental emulation systems that bring the real world into the lab, and hardware-in-the-loop methodologies that enable the rapid development and integration of powertrains into new applications.
Efficiency is key in a lab environment, the software tools provided help modernize lab automation, create synergy between labs, ensure compliance with new and emerging regulations, and ultimately help users successfully meet product development timelines.
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整车排放气体分析仪
车载排放测量系统
发动机进气海拔模拟
重型发动机排放试验自动化系统
实验室管理测试自动化软件
制动测试系统
底盘测功机
重型和非道路移动机械测试用保护箱
