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破碎机 TCO：630k EUR 燃料差额 | Volvo vs CAT

ARJES 250 EVO II 与 Metso M&J 10,000 小时 TCO 燃料经济对比。

ARJES 发动机功率

129kW

正常

Metso 发动机功率

403kW

[ 警告 ]

ARJES 燃油消耗

18L/h

正常

Metso 燃油消耗

60L/h

[ 警告 ]

ARJES 10k-h 燃油成本

€270,000EUR

正常

Metso 10k-h 燃油成本

€900,000EUR

[ 警告 ]

燃油差额 10k-h

€630,000EUR

[ 警告 ]

ARJES 比油耗

0.270L/t

正常

战术简报

位置

EU_FUEL_MODEL

技术索引

AXE_TCO_FUEL_01

时间戳

12:00:00

活动日志

6

遥测数据流

8

合规 · E-E-A-T · 合理使用

法律声明与方法论披露

TCO 与 ROI 方法论披露

本页面所呈现的总拥有成本(TCO)与投资回报率(ROI)数据,源自 AXE Machinery d.o.o. 内部财务模型,采用 ISO 15686-5:2017 全生命周期成本核算方法。所采用的假设包括测试日期当时的区域能源费率、人工费率、垃圾填埋处理费以及骨料转售价值。实际结果会因进料成分、操作员技能、环境条件、维护制度和区域监管环境的不同而有所差异。每一项定量声明均可追溯至方法论登记条目 — 点击任一指标旁的 ℹ 徽章可查看完整测试条件。

商标合理使用声明

本平台所引用的所有第三方商标、服务标记和商号 — 包括但不限于 Doppstadt®、Hammel®、Lindner®、Terex®、Sandvik®、Metso®、Morbark®、Komptech®、UNTHA®、TANA® 和 Pronar® — 均归其各自所有者所有。对上述商标的引用仅根据合理使用原则,用于技术对比、识别和评论目的。此类引用并不构成认可、赞助、附属或合作关系。AXE Machinery d.o.o. 尊重所有知识产权,并将及时处理商标持有方提出的任何疑虑。

实测测试条件与方法论

所有性能指标(KTQ 在线率、燃油消耗、处理量、扭矩、堵塞率)均源自按 AXE 内部规程登记册记录的受控测试条件。每一项指标均交叉引用了方法论编号、适用的 ISO/ASTM/DIN 标准、测试日期和验证人身份。测试条件包括规定的进料(例如含钢筋 ≤32 mm 的 B25-B45 混凝土)、环境温度、操作员特征和观察窗口。实际现场性能可能有所不同;请联系 AXE Machinery d.o.o.,获取根据您的运营特征量身定制的区域化 TCO 分析。

E-E-A-T 溯源

根据 Google 的 E-E-A-T(经验、专业、权威、可信)准则,本平台上的每一项定量声明均可追溯至原始来源。点击任一指标旁的 ℹ 徽章可查看:方法论编号、ISO/ASTM 标准引用、测试规程修订版本、受控测试条件、ISO-8601 测试日期、验证人身份以及验证状态(自验证 / 第三方 / 待定)。

Last updated: 2026-08-09

ROI 引擎 · 每班次

Fiscal Shield Capital: 1,998.81 EUR

填埋费 €25/吨, 燃料消耗 0.27 升/吨, 磨损系数 0.85 已锁定到班次模型中。

tensile fracture, cutting regime, TCO, OPEX — wear cassette, twin-shaft

技术分析

ENGINE ARCHITECTURE: VOLVO PENTA TAD 581 VE VS CAT C15

⚠ Class-equivalence disclosure: This comparison examines machines in different power classes (129 kW vs 403 kW, 14 t vs 35 t operating weight). The ARJES Impaktor 250 EVO II and Metso M&J PreShred 4000M serve different primary applications — mobile on-site C&D shredding vs stationary high-volume primary reduction. Direct comparison of absolute fuel consumption (L/h) is informative for operators considering either machine class for the same project, but specific fuel consumption (L/tonne) is the normalized cross-class metric. Readers should verify that the throughput ranges (100-110 t/h ARJES vs 70-100 t/h Metso on C&D) apply to their actual feedstock. The ARJES Impaktor 250 EVO II is powered by a 4-cylinder Volvo Penta TAD 581 VE diesel engine rated at 129 kW (175 HP) and certified to EU Stage V / US Tier 4 Final emission standards. The Volvo Penta is a compact, fuel-efficient industrial engine with electronic unit injection, waste-gate turbocharger, and integrated SCR/DPF aftertreatment. Its 7.7-litre displacement and 2,300 rpm rated speed make it ideally matched to the asynchronous hydro-mechanical transmission of the Impaktor 250 EVO II. The Metso M&J PreShred 4000M is powered by a 6-cylinder Caterpillar CAT C15 industrial diesel engine rated at 403 kW (540 HP) and certified to the same emission tier. The CAT C15 has 15.2-litre displacement and a much larger fuel envelope — necessary to drive the Metso's massive open cutting table (2,420 x 2,000 mm cutting zone) and double hydrostatic transmission. The 3.1x power multiplier reflects Metso's design choice to brute-force through oversized feedstock rather than apply ARJES-style asynchronous kinematics to reduce peak load. Both engines are well-engineered and proven in industrial service. The TCO question is not 'which engine is better' — it is 'which shredder architecture requires less installed power to achieve the same job'.

FUEL CONSUMPTION MODEL

Field-measured average fuel consumption at 70% load on C&D feedstock (reinforced concrete, mixed demolition debris): - ARJES Impaktor 250 EVO II: 15-20 l/h average, 18 l/h nominal at 70% load. Throughput: 100-110 t/h on C&D. Specific fuel: 0.27 l/tonne. - Metso M&J PreShred 4000M: 55-65 l/h average, 60 l/h nominal at 70% load. Throughput: 70-100 t/h on C&D. Specific fuel: 0.60-0.85 l/tonne. The 3.3x fuel consumption multiplier on Metso is driven by three factors: 1. The CAT C15's 3.1x larger displacement burns 3x more fuel per revolution. 2. The Metso open cutting table requires sustained high torque to clear oversized feedstock, denying the SCU-style load-shedding logic of ARJES asynchronous drive. 3. The Metso double hydrostatic transmission has higher parasitic loss than ARJES's hydro-mechanical layout with torque-converter lockup. Specific fuel consumption (l/tonne) is the most meaningful cross-machine metric because it normalises for throughput differences. ARJES's 0.27 l/t advantage means that even if Metso matched ARJES's throughput, it would still burn 2.2-3.1x more diesel per tonne of recycled material.

10,000-HOUR TCO FUEL DELTA

Modelling assumptions: - 10,000 operating hours (typical 5-year lifecycle at 2,000 h/year utilization) - Diesel price: 1.50 EUR/litre (EU industrial average Q3 2026, excise duties included, VAT recoverable) - Load profile: 70% average load on C&D feedstock ARJES Impaktor 250 EVO II: - Fuel: 18 l/h x 10,000 h = 180,000 litres - Cost: 180,000 l x 1.50 EUR/l = 270,000 EUR Metso M&J PreShred 4000M: - Fuel: 60 l/h x 10,000 h = 600,000 litres - Cost: 600,000 l x 1.50 EUR/l = 900,000 EUR Fuel cost delta: 900,000 - 270,000 = 630,000 EUR in favour of ARJES. The 630,000 EUR delta exceeds the typical purchase price of a new ARJES Impaktor 250 EVO II. Over a 5-year ownership horizon, the Metso M&J 4000M costs the operator more in fuel alone than the entire ARJES machine CAPEX. The fuel delta compounds with Metso's higher maintenance cost (CAT C15 DPF/SCR service intervals at 250-500 h vs Volvo Penta 500 h), higher logistics cost (35 t oversize permits), and longer shaft repair cycle (36-72 h vs 2 h ARJES cassette).

STRATEGIC IMPLICATION FOR B2B BUYERS

The TCO model has a clear strategic implication for B2B buyers in CEE and CIS markets: when evaluating mobile shredder procurement, the engine's installed power rating is a leading indicator of 5-year fuel cost. A 3x power multiplier (Metso 403 kW vs ARJES 129 kW) produces a 3.3x fuel cost multiplier over the machine lifecycle. Procurement teams should require vendors to quote specific fuel consumption (l/t) on the buyer's actual feedstock mix, not the vendor's optimal feedstock. Metso's 70 t/h waste-wood throughput looks competitive against ARJES's 15-20 t/h biomass rating — but the 0.60-0.85 l/t specific fuel exposes the cost penalty per tonne of recycled material. For ARJES-equipped operators, the Volvo Penta 129 kW power envelope is strategically sized: large enough to drive the asynchronous kinematics at full torque on C&D, compact enough to keep fuel and maintenance costs below the project revenue threshold for small-to-mid C&D sites. The Metso CAT C15 403 kW is sized for stationary high-volume primary reduction where the machine never moves — and the fuel bill is amortised across 100,000+ tonne annual throughput.

INTERACTIVE DATA VISUALIZATION

LOADING CHART DATA...

基准机型 vs 竞品

ARJES Impaktor 250 EVO II vs Metso M&J PreShred 4000M——破碎机对比

Metso 重型双轴撕碎机（35.0 t 履带式，CAT C15 403 kW），适用于高产量初级破碎，对标 ARJES Impaktor 250 EVO II（14.0 t，Volvo Penta 129 kW），聚焦 10,000 小时 TCO、运输许可与钢筋缠绕防护

ARJES Impaktor 250 EVO II · Metso M&J PreShred 4000M

技术规格

规格	ARJES Impaktor 250 EVO II	Metso M&J PreShred 4000M
驱动形式	Twin-shaft hydro-mechanical asynchronous with independent reverse
发动机	Volvo Penta TAD 581 VE (Stage V)
驱动功率（kW）	129
驱动功率（HP）	175
工作重量（kg）	14,000 (hook-lift legal)

结论

优势

异步静液压驱动扭矩高出 42%——显著削弱传动系统冲击载荷

Metso M&J PreShred 4000M 采用同步静液压传动，双轴接入同一液压回路——一轴卡滞，压力冲击波及双轴。ARJES Impaktor 250 EVO II 每轴配备独立静液压马达，扭矩 170 000 Nm——高出 Metso M&J 的 120 000 Nm 达 42%。独立反转意味着更快的杂质排出速度，且杜绝跨轴卡滞。

优势

54h 堆焊/焊接停机 vs 2h 快换刀轴总成——产能损失 27 倍

每当 Metso M&J PreShred 4000M 需要刀轴维护，机器都要停机 54 小时进行堆焊、焊接或机内抽轴。堆焊涉及预热、焊道堆敷、焊后冷却与重新动平衡——每个周期都带来热影响区开裂风险。ARJES Impaktor 250 EVO II 借助快换刀轴总成 2 小时完成更换：整个转子总成作为模块整体吊出，预平衡备件直接装入。无焊接、无热影响区、无冷却等待——恢复生产速度快 27 倍。按每年 2 000 作业小时、4–6 次换轴计算，每年节省停机 260 小时以上。

优势

35 000 kg 超出欧盟 40 t 总重限值——每次转场都需大件许可、护送车与低平板拖车

Metso M&J PreShred 4000M 重 35 000 kg，超出欧盟 40 t 总重限值内标准钩臂/平板运输的 24 t 阈值。每次转场都需低平板拖车、大件运输许可（3–14 天审批周期），通常还需护送车。单次转场成本：在标准 800–1,200 欧元基础上增加 1 500–3 000 欧元。ARJES Impaktor 250 EVO II 重 14 000 kg，属标准运输等级——钩臂转场、零许可、当日可达。按每年 10–20 次转场计算，每年节省 15 000–60 000 欧元。

查看完整对比

系统完整性

nominal

动力单元

液压系统

轴同步

SCU 逻辑

磁选分离

冷却

遥测

履带驱动

Impaktor 系列

250 EVO I250 EVO II350 EVO I350 EVO II850100011001250 E1250 D

相关报告

柴油 vs 电动破碎机 TCO：10,000 工时 OPEX 对比→ARJES vs 中国 OEM：巴尔干 TCO→耐磨件物流：工厂翻新 vs 现场堆焊→

Impaktor 系列 · 性能数据

Impaktor 250 EVO II — 查看规格→

解决方案 · 相关报告

建筑拆除→

// RELATED INDUSTRIAL ENTITIES7 nodes

RESEARCH

MODELS

IMPAKTOR 250 EVO II

验证报告 · 外部来源

Volvo Penta TAD 581 VE Technical Datahttps://www.volvopenta.com/Caterpillar CAT C15 Industrial Engine Datasheethttps://www.cat.com/European Diesel Fuel Prices 2026https://www.energy.eu/fuel-prices/