As the penetration rate of new energy heavy-duty trucks rapidly rises in sectors such as long-haul transport, mining and ports, the battery-swapping model has emerged as the key pathway to the electrification of heavy-duty trucks, thanks to its ability to recharge in just 3–5 minutes.However, the industry remains unable to escape the core pain points of ‘affordability in construction but inefficiency in operation’: over 70% of operators face challenges such as the difficulty of managing multiple dispersed sites, high operational and maintenance costs, and the difficulty of maintaining the value of battery assets. Meanwhile, heavy-duty truck drivers and fleets frequently encounter difficulties such as battery swap stations running out of stock, opaque processes, and chaotic account reconciliation. The root cause of these persistent industry issues lies in the lack of a cloud platform for heavy-duty truck battery swap stations that integrates hardware and software and connects the entire supply chain.

The cloud platform is the central hub for the intelligent operation of battery swap stations

The key to profitability in heavy-duty truck battery swap stations has long shifted from competition over hardware equipment to refined, intelligent operational capabilities; the cloud platform is precisely the central hub that integrates the entire ‘vehicle-station-cloud-battery’ chain.A battery-swapping cloud platform that truly delivers industry value must be anchored by four core benchmarks: centralised management of all operational sites to reduce costs and improve efficiency; full lifecycle management of batteries on the asset side to ensure asset security; end-to-end transparent services on the client side to enhance refuelling efficiency; and multi-dimensional data analysis on the decision-making side to support scientific operations. These four benchmarks form the core design logic of Nengyi Xing’s fully self-developed, full-stack digital energy management platform for heavy-duty truck battery-swapping stations.

The Four Intractable Core Contradictions of Battery Swapping Cloud Platforms

Currently, most battery-swapping cloud platforms within the industry remain unable to resolve operational pain points. The root cause lies in four irreconcilable contradictions that directly cap the profitability of battery-swapping stations.Firstly, the disconnect between software and hardware: platforms can only display basic data and fail to integrate deeply with the station’s core equipment, resulting in a lack of remote dispatch and control capabilities, rendering ‘intelligence’ a hollow concept; Secondly, functional fragmentation: data is not shared between the operational management and client-side interfaces; information asymmetry leads to poor customer experience and low station operational efficiency;Thirdly, there is a lack of battery management capability; platforms can only collect basic data such as voltage and current, failing to perform health assessments, fault warnings or residual value evaluations, resulting in a significant depreciation of battery assets—which account for over 60% of total investment; fourthly, the maintenance model is reactive, with the widespread adoption of a ‘fault occurs – on-site repair’ approach, leading to prolonged station downtime and soaring labour costs, with annual maintenance costs per station frequently exceeding 100,000 yuan.

Fully Self-Developed Cloud Platform: Solving Operational Challenges Across the Entire Value Chain

As a provider of all-scenario energy replenishment solutions, Nengyi Xing has leveraged over 100 proprietary intellectual property rights and fully self-developed hardware and software technologies to create a digital energy management platform for heavy-duty truck battery swap stations that integrates "cloud-station-terminal" coordination. This platform is compatible with the company’s full range of heavy-duty truck battery swap station products, effectively resolving the industry’s core pain points. Built on a distributed microservices architecture, the platform supports connections for over 10,000 devices and covers three core functional modules: Charging and battery swapping operations management enables centralised management of all nationwide stations on a single screen, 3D holographic visualisation of station environments, and fully automated scheduling of battery swapping processes, complemented by multi-dimensional operational reports and blockchain-based data notarisation, with support for customised operational configurations;The intelligent operations and maintenance module features a 48-hour advance fault warning system, complemented by AR-enabled remote maintenance capabilities, which boost remote collaboration efficiency by 60% and enable end-to-end closed-loop management of maintenance work orders; battery lifecycle management utilises VR-based multi-dimensional monitoring technology to accurately assess battery health and predict degradation trends, whilst blockchain-based evidence storage enables reliable residual value assessments, thereby maximising the value of battery assets. At the operational level, managers can use the PC-based management backend to carry out global operational control, intelligent maintenance scheduling, battery asset management and bespoke services for major clients all in one place, enabling them to oversee the operational status of all sites without the need for individual on-site inspections;Heavy-duty truck drivers can use a mobile app to complete the entire process, including station search, navigation and booking, seamless battery swapping, and automatic settlement; fleet managers can utilise the corporate backend to achieve end-to-end digital operations covering vehicle management, cost control and data reconciliation.

Hardware-software integration is the future core of the heavy-duty truck battery swapping industry