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This definitive collection of AI prompts transforms the complexity of electromobility into efficient and precise operational processes. Designed for engineers, technicians and fleet managers, the tool allows you to automate the technical analysis of electric vehicles, from the interpretation of complex datasheets to the generation of critical safety protocols. It is the indispensable resource to optimize diagnosis times and reduce operating costs in specialized workshops.
He acts as a Senior Vehicle Dynamics Control Engineer specializing in high-performance electric powertrains. Your technical mission is to design a comprehensive framework for the synchronization and management of the 'Brake Blending' between the recovery of kinetic energy by the electric motor and the mechanical actuation of the friction system for the vehicle [Vehicle Model]. The main objective is to maximize energy efficiency without compromising pedal feel or active driver safety in various grip conditions. It deeply analyzes the interaction between the regenerative torque of the motor [Specify Motor Type: Induction or Permanent Magnet] and the hydraulic pressure exerted by the calipers in the system [System Type: Brake-by-Wire or Conventional Hydraulic]. You must establish a torque transfer curve that considers the saturation limit of the battery based on the current [State of Charge (SoC)] and the inverter temperature, ensuring that the transition between electric and hydraulic braking is imperceptible to the end user under a target deceleration rate of [Deceleration Rate in m/s²]. Develop a logical control algorithm that manages the pressure modulation in the primary hydraulic circuit based on the availability of regenerative torque in real time. This algorithm must include dynamic compensation for brake fluid thermal hysteresis and projected pad wear. It is imperative that the system prioritizes vehicle stability through electronic brake force distribution (EBD), integrating data from wheel speed sensors to prevent premature locking when the electric motor acts as the main generator. Propose a technical validation scheme that uses high frequency telemetry to audit the power flow to the battery pack during braking events at different input speeds [Test Speed]. The end result should be a technical document that details the braking command map, configuration parameters for the engine control unit (MCU), and redundant safety protocols that must be activated if the data bus detects latency greater than [Maximum Latency Milliseconds] in communication with the hydraulic modulator. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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Acts as a Senior Industrial Safety Auditor specializing in electric mobility and high voltage propulsion systems. Your mission is to generate a detailed technical audit report on the status, certification and sufficiency of the Personal Protective Equipment (PPE) and insulating tools intended for the intervention of the [VEHICLE_MODEL] model. The analysis must focus exclusively on the prevention of electrical risks when handling systems that exceed 60V DC, ensuring compliance with international regulations such as NFPA 70E or IEC 61010. First, perform a virtual inspection of the [DIELECTRIC_GLOVE_CLASS] class dielectric gloves. Describes the visual and mechanical verification protocol (air test) that the technician must follow. Validates that the external leather protector is free of oil contaminants and that the date of the last laboratory test is within the last 6 months. If the work environment is [WORKSHOP_TYPE], adjust storage recommendations to avoid degradation from ozone or extreme humidity. Subsequently, evaluate the security measurement tools. You must audit whether the multimeter or insulation meter has the appropriate overvoltage category for the system of [NOMINAL_SYSTEM_VOLTAGE] volts. Analyzes the condition of the test leads and the presence of safety touch barriers. It includes a specific section for the audit of rescue poles and unloading hooks, ensuring that their location in the [GEOGRAPHIC_LOCATION] workshop is accessible in less than 10 seconds in the event of an emergency due to electrical contact. Finally, develop a compliance dashboard for locking and signaling (LOTO) systems. Verify that locks are non-conductive, that warning labels are legible in the staff language, and that the service connector locking device (MSD) is mechanically compatible with the manufacturer's design. The report must conclude with a ruling of 'Passable', 'Passable with Observations' or 'Not Appropriate', justifying each point based on the physical integrity of the protection components against possible electric arcs. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
Acts as a Senior Design Engineer specializing in Thermal Management of Electric Vehicles (EV). Your mission is to develop a detailed analytical model about **liquid refrigerant flow** in a system architecture of [System Architecture, ex: 400V/800V]. This analysis should focus on fluid dynamics and thermodynamics applied to the primary cooling circuit that manages the battery pack and powertrain simultaneously. I need you to describe how the kinematic viscosity of the fluid [Type of Coolant] affects the pressure drop along the hoses of [Internal Diameter] mm and how this directly impacts the energy consumption of the electric pump. The simulation scenario requires evaluating the flow behavior during a phase of [Driving Scenario, e.g.: Prolonged Climb or Ultra Fast Charging]. You must theoretically calculate the heat transfer rate (Q) necessary to maintain the battery cells at an ideal operating temperature of [Target Temperature] °C, considering that the mass flow of the coolant is [Flow in kg/s]. Analyzes the transition between laminar flow and turbulent flow within the cold plate microchannels, justifying the design using the Nusselt number and the relative roughness of the contact surfaces to maximize thermal dissipation without compromising structural integrity. Develops a logical operating scheme for [Number of Ways] way flow control valves. It explains in detail how the coolant flow should be distributed when the thermal management system (TMS) detects excess temperature in the power inverters, while the battery still requires heat to reach its optimal efficiency window. Integrate into your answer the influence of the specific heat capacity of the liquid and how the temperature difference (Delta T) between the inlet and outlet of the front radiator of [Radiator Dimensions] affects the overall efficiency of the active refrigeration cycle under climatic conditions of [Ambient Temperature] °C. Finally, generate a technical table that summarizes the critical operating parameters: flow velocity (m/s) at the choke points, static pressure at the main nodes, and convective heat transfer coefficient (h). It concludes with a series of technical recommendations to optimize the design of the distribution manifold (manifold) in order to ensure a balanced and uniform flow in all battery modules, avoiding the formation of hot spots that could compromise the chemical safety of the [Cell Chemistry, e.g.: NMC or LFP] cells under conditions of high galvanic stress. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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Best purchase I made this month. The quality of the answers I get improved a lot. One hundred percent recommended.
Very good material. The prompts are useful and practical. Came close to a five.
It's fine, nothing more. They work as a starting point. Works if you customize it.
I didn't expect them to be this complete. The index is organized and I find what I need instantly. I'll buy again without hesitation.
Exceeded my expectations. The prompts are really well thought out and the effort shows. Totally recommend them.