Engineering-Grade Energy Operating System
Engineering-Grade
Energy Operating System
Upgrade energy storage and distributed energy systems to digital energy
assets that are operable, billable, auditable, and assetizable managed.
OPERABLE
Real-time KPIs and SLAs
Loss Attribution is Explainable
Billable
Tariff Caliber Freezing
Bill Recalculation and Allocation Reconciliation
Auditable
Evidence Sampling is Available
Export Traces are Traceable
Developer

Modeling/Templates: Provide standardized system configuration and business rule templates.

Simulation: Conduct pre-launch engineering simulation and deduction.

Tariff & Finance: Model electricity pricing and financial frameworks.

Investment Decision Report: Output investment decision support reports.

Launch Threshold: Ensure all pre-launch requirements are met (No Simulation, No Release).

Controller

Strategy Execution: Implement preset dispatch strategies.

Portfolio Dispatch: Conduct coordinated dispatch of multi-resource/sites.

Deviation Governance: Real-time monitor and correct dispatch deviations.

Canary Release: Progressive deployment of new strategies.

Rapid Rollback & Drills: Quick recovery and emergency drills for strategy failures.

Monitor

KPI/SLA: Real-time monitor key performance indicators and service level agreements.

Loss Tree: Visually display energy loss analysis.

Evidence Chain: Record complete evidence of all operations and events.

Acceptance Package/Audit Export: Generate documents required for project acceptance and auditing (No Evidence, No Claim).

Enterprise Governance

Permission Segregation: Uses RBAC to separate roles and reduce risks.

Approval Workflows: Automates multi-level approvals for critical ops.

Audit Logging: Maintains immutable audit logs for compliance.

Version Tracing: Tracks versions and enables rollback for consistency.

Six customer personas,
one unified decision-making system
From “Run” to “Calculate, Prove, and Reuse
Energy Investors/Operators
Focus on post-investment operational efficiency, portfolio risk, and exit strategies. Aims for auditable, financable, and assetizable assets.
IPP Independent Power Producers
Focus on post-investment operational efficiency, portfolio risk, and exit strategies. Aims for auditable, financable, and assetizable assets.
Public Utilities EPC
Focus on post-investment operational efficiency, portfolio risk, and exit strategies. Aims for auditable, financable, and assetizable assets.
Data Centers & Bitcoin Mines
Focus on post-investment operational efficiency, portfolio risk, and exit strategies. Aims for auditable, financable, and assetizable assets.
Aggregators / VPPs
Focus on post-investment operational efficiency, portfolio risk, and exit strategies. Aims for auditable, financable, and assetizable assets.
End-Use Large Consumers
Focus on post-investment operational efficiency, portfolio risk, and exit strategies. Aims for auditable, financable, and assetizable assets.
What capabilities do we have?
Three Capability Chains + One Governance Control Plane
  • Foundation
  • Operate & Control
  • Commercial & Asset
  • Governance Plane
  • Trusted Data Foundation
  • Digital Twin
  • Standardized Engineering System
  • Configuration & Commissioning
Engineering System
Core Component Library → Energy Storage System Unit Library →
Grid-Connection & Station-Level
Control Unit Library
Cover core equipment (grid-connection cabinet, on/off-grid cabinet, communication cabinet, station-level EMS) to enable rapid asset assembly.
Unified Point List/Alarm/Event Standards:
Standardize data collection points, alarm rules, and event definitions to ensure
cross-asset consistency.
Twin Template & DoD Evidence Package:
Provide pre-configured twin templates and Definition of Done (DoD) checklists to streamline acceptance and compliance verification.
Control Unit Library
Cover core equipment (grid-connection cabinet, on/off-grid cabinet, communication cabinet, station-level EMS) to enable rapid asset assembly.
Unified Point List/Alarm/Event Standards:
Standardize data collection points, alarm rules, and event definitions to ensure
cross-asset consistency.
Twin Template & DoD Evidence Package:
Provide pre-configured twin templates and Definition of Done (DoD) checklists to streamline acceptance and compliance verification.
Twin Template & DoD Evidence Package:
Provide pre-configured twin templates and Definition of Done (DoD) checklists to streamline acceptance and compliance verification.
Unified Point List/Alarm/Event Standards:
Standardize data collection points, alarm rules, and event definitions to ensure
cross-asset consistency.
Unified Point List/Alarm/Event Standards:
Standardize data collection points, alarm rules, and event definitions to ensure
cross-asset consistency.
What We Deliver
Subscription is the capability, engineering services enable its implementation,
and managed services ensure the delivery of results.
Platform Software Services
SaaS service, including module activation (package/add-on), standard documents/templates, version updates and security patches.
Engineering Services
Solution package/simulation package/investment decision report/Tariff&Finance modeling
Engineering Services
Developer
Solution package/simulation package/investment decision report/Tariff&Finance modeling
Controller
Execution link engineering/performance deviation governance/gray release & rollback drills
Monitor
Acceptance package/evidence package/audit standard solidification/Data Room export
Standard Deliverables: Task Package | DoD Acceptance Checklist | Evidence Pack | Version Records
Managed Outcome Services
7×24 monitoring, alert handling, and SLA-backed operational support (optional performance hosting).
Asset Management & Financial Support
Valuation, post-investment tracking, scenario analysis, and financial documentation for energy assets.
How It Works
How It Works
Three Core Principles for Value Realization

No Evidence, No Claim

No Simulation, No Release

No Twin, No Production

Production Release Gates
  • PointMap Frozen

  • Full Test Cases Ready

  • Version Bound

  • Rollback Point Set

  • Evidence Directory Prepared

Sampling Mechanism
  • Sampling Item Checklist

  • Sampling Frequency Recommendations

  • Non-Compliance Disposal (Rollback /  Rectification / Re-inspection)

Take Action
We’re ready to support your energy asset
journey at every stage
Take Action
Request a Demo
Applicable to all customer personas – quickly explore the full capability landscape of SynaOS 2.0
View Service Standards
Applicable to users who have confirmed site count, capacity, and target go-live date
Get Customized Pricing
Applicable to key nodes: project initiation/investment decision, commissioning, acceptance, audit, and fulfillment
Get the FAQs
  • How long does the household battery typically last?
    • Alkaline batteries (AA/AAA): usually 1–3 years in storage, and hours to months in use (depending on the device).

    • Lithium batteries (AA/AAA): 5–10 years in storage, and longer run time than alkaline in the same device.

    • Rechargeable batteries (Ni‑MH, Li‑ion): 2–5 years of useful life (can be recharged many times), and last longer per charge with proper care.

  • Can the battery be installed outdoors?

    Yes, it can be installed outdoors if it is designed for outdoor use and protected from rain, direct sunlight, and extreme temperatures.

  • Is it compatible with solar panel systems?

    Yes, it is compatible with most standard solar panel systems.

  • How much space is needed for installation?

    The space required for installation depends on the size and model of the battery system, but generally you will need:

    • Enough room to place the battery unit with at least 10–20 cm of clearance on the sides and back for ventilation and maintenance.

    • A level, stable surface (wall or floor) that can support the weight of the battery.

    • Additional space for cables, wiring, and any required inverters or mounting brackets.

    For a typical home battery system, plan for an area approximately 0.5–1 square meter, but always refer to the product manual for exact dimensions and clearance requirements.

  • Does the built-in car charger work with all electric vehicles?

    No, it does not work with all electric vehicles.

    The built-in car charger is designed to be compatible with most mainstream electric vehicles that use the standard charging interface (such as Type 1 / Type 2 / CCS, depending on the product specification). However, some older models or vehicles with proprietary charging connectors may require an additional adapter or may not be supported. It is recommended to check the vehicle’s charging port type and the charger’s specifications before use.

  • What happens during a power outage?

    During a power outage, the system automatically switches to battery power, ensuring continuous electricity supply to your home. Essential devices such as lights, refrigerators, and routers can still operate normally. Once the grid power is restored, the system will switch back and automatically recharge the battery.

  • How to maintain the battery for optimal performance?

    Keep the battery between 20%–80%, avoid extreme temperatures, use the original charger, reduce high‑power usage, and store with 50% charge if not in use.