Find quick answers to common questions about our battery integration capabilities, project scope, and delivery approach.
1. What does Astraion Dynamics do?
Astraion Dynamics provides turnkey integration of lithium-ion battery power systems for heavy-duty vehicles, marine vessels, and off-highway equipment. We combine mechanical, thermal, electrical, and control integration into complete battery systems ready for real-world deployment.
2. Do you manufacture complete battery packs or only components?
We do both. Depending on the project scope, we can supply key components such as enclosures, cooling plates, BMS, and HV boxes, or deliver a fully integrated battery system.
3. Can we use our own cells or modules?
Yes. We support bring-your-own-cell(BYOC) or bring-your-own-module(BYOM) projects and integrate them into a complete battery system architecture tailored to your application.
4. Which industries do you serve?
Our primary focus is on heavy-duty trucks, marine vessels, and off-highway equipment, including construction, industrial, mining, agricultural, and other demanding applications.
5. What integration capabilities do you provide?
Our capabilities include battery enclosure engineering, CNC machining, liquid cooling integration, cell and module assembly, BMS integration, HV system integration, VCU communication, testing, validation, and commissioning support.
6. Do you support OEM and ODM projects?
Yes. We support both OEM and ODM programs, depending on the project structure, technical requirements, and customer responsibilities.
7. Can you support certification and export requirements?
Yes. We design systems with certification pathways in mind and can support projects targeting international transport and vehicle-related compliance requirements.
8. Do you provide on-site commissioning support?
Yes. We can support commissioning and final system integration to help ensure the battery system performs correctly in the vehicle, vessel, or equipment platform.
9. What project information should we prepare before contacting you?
Helpful information includes application type, power and energy targets, voltage range, installation space, cooling requirements, control communication needs, compliance goals, and project timeline. If available, drawings and technical specifications are also useful.
10. Can you support both prototype and production programs?
Yes. We support early-stage concept development, prototype builds, pilot programs, and production-oriented projects.
11. Do you only work with electric vehicles?
No. In addition to full electric platforms, we also support hybrid and specialty applications where integrated battery systems are required.
12. How do projects typically start?
Projects usually begin with a technical discussion covering the application, operating profile, packaging constraints, and battery system targets. From there, we define the integration scope and next steps.
13. What file formats do you accept for technical drawings?
We accept STEP, IGES, DWG, PDF, and most CAD formats. For best results, provide 3D models (STEP/IGES) with 2D drawings showing critical dimensions and tolerances.
14. What is your typical lead-time?
Prototypes: 15-18 days, Small batch (10-100 pcs): 25-30 days, Production volumes: 40-50 days. Complex parts with accessory assembly may require additional time.
15. Do you support small quantity orders?
Yes, we support orders from single prototypes to high-volume production. Our flexible manufacturing setup is ideal for both R&D projects and production scaling.
16. What quality certifications and testing do you provide?
We provide dimensional inspection reports (CMM), helium leak testing for sealed components, pressure testing, material certificates, and surface treatment verification. ISO 9001 certified facility.
17. Can you help optimize designs for manufacturing?
Absolutely. Our DFM analysis identifies opportunities to reduce costs, improve manufacturability, and enhance part performance. This service is included with all quotes.
18. What is your approach to confidentiality and IP protection?
We maintain strict confidentiality protocols and are happy to sign NDAs before reviewing your technical information. Your designs and specifications are fully protected.
19. What is SOC, SOH, and SOP in a BMS?
SOC (State of Charge) is like the battery percentage on your phone. SOH (State of Health) indicates how much useful life the battery pack still has left. SOP (State of Power) tells the vehicle how much power it can safely deliver at any given moment. Accurate SOX algorithms are truly the heart and soul of a high-performance BMS.
20. What is HVIL and why is it mandatory?
HVIL (High-Voltage Interlock Loop) is essentially a low-voltage monitoring circuit arranged in a loop. Think of it like the wiring in a security alarm system: if someone tries to unplug a high-voltage connector while the system is live, or if a severe collision occurs, the HVIL circuit opens immediately and alerts the PDU to shut off the hundreds of volts of high-voltage power at once, helping prevent potentially fatal electric shock.
21. Why do we need “CAN-bus Handshake”?
At its core, a communication handshake is a way of translating between different hardware “languages.” The battery pack (BMS) speaks one dialect, the vehicle control unit (VCU) speaks another, and the charging station speaks yet another language. By defining a custom CAN communication matrix upfront, we create a shared communication “dictionary” for all parties, ensuring they can connect and communicate seamlessly right away—without triggering fault codes.
