BESS ASSET INTELLIGENCE & RECOVERY

From Battery Intelligence to Battery Recovery.

Helping battery energy storage owners understand performance loss and turn recoverable potential into measurable asset value.

WHY EIPI

Operational Availability Does Not Guarantee Asset Performance.

A BESS may remain online while technical constraints, delayed intervention, capacity limitations, and degradation reduce its usable performance and long-term value. Recovery starts by identifying where the loss occurs.

EXPECTEDAsset
Performance
01

Strategy Loss

Missed opportunities caused by suboptimal operating strategies.

02

Operational Loss

Delays in detection, decision-making, and execution reduce performance.

03

Capacity Loss

The gap between installed, available, and usable capacity reveals constraints.

04

Degradation & Inconsistency

Cell, module, and pack-level variation can constrain system performance.

REALIZEDAsset
Performance
Loss attribution comes before recovery. Not every loss has the same technical or economic recovery potential.
CARE + CURE

One Framework, Two Distinct Roles.

Care identifies and explains performance loss. Cure addresses technically recoverable bottlenecks through targeted physical intervention.

Care01 · ASSET PERFORMANCE INTELLIGENCE

From Operational Data to Actionable Performance Insight

DATA INPUTSBMSPCSEMSSCADA
CARE INTERPRETATION A Revenue Visibility B Operational Visibility C Capacity Visibility D Degradation & Inconsistency
PERFORMANCE INSIGHTSLoss AttributionRecoverable ValuePerformance RiskRecovery Opportunity

Care is an asset-performance interpretation layer that identifies where value is lost and where recovery opportunities may exist.

Cure02 · PHYSICAL RECOVERY

EdgeTray Physical Recovery Architecture

Master battery clusters remain on the direct high-voltage path, while constrained modules are selectively decoupled and recovered through EdgeTray and bidirectional DC/DC.

MASTERBattery Cluster
Direct HV Path
CONSTRAINEDModule
SELECTIVE DECOUPLINGEdgeTray
POWER CONVERSIONBidirectional DC/DC
Recovery Path
HVDC Bus
01

Direct Master PathHealthy, consistent clusters retain an efficient direct connection.

02

Selective DecouplingConstrained modules are separated from the fixed series limitation.

03

Local Edge ControlBMS data, local computation, protection, and traceable control work together.

Cure is not simple balancing. It combines selective decoupling with physical energy-path reconstruction.

IN PRACTICE

See Care Intelligence and Cure Field Execution.

The video presents Care interface capabilities and selected moments from Cure installation, commissioning, and stable operation.

01

Care Interface

Revenue visibility, operating data, capture-rate tracking, anomaly identification, AI-assisted asset management, and battery inconsistency diagnosis.

02

Cure Deployment

Selected field views covering installation, commissioning, completed deployment, and stable operation.

03

From Insight to Action

A practical view of how digital diagnosis connects with physical intervention and verification.

VALIDATION

Measured in Real-World Operation.

Evidence across retrofit recovery and long-term system operation.

0MWh Project Base
0Cell-level Real-world Samples
0Continuous Operating Samples
0Largest Verified Sample
2 MWh retrofit project site 01 / 02
+15%SOH Improvement
RETROFIT RECOVERY
CASE 1 · 2 MWh

Recovery After 4.5 Years of Operation

After 4.5 years of operation, the system achieved a 15% improvement in SOH following the Cure intervention.

2 MWh4.5 YearsRetrofit Recovery

Trust earned through real-world data and traceable results.

Download White Paper
ABOUT EIPI ENERGY

Engineering Intelligence into Physical Recovery.

EIPI ENERGY PTE. LTD. is a Singapore-incorporated energy technology company focused on the long-term performance and value of battery energy storage assets.

We bring together battery technology, power electronics, software intelligence, AI-assisted analysis, and field engineering to close the gap between detecting degradation and recovering asset capability.

Built for Battery Technology, Field Execution, and Global Delivery.

01

Battery Technology & Power Electronics

System architecture, battery degradation, power conversion, and physical recovery.

02

AI & Asset Intelligence

Asset diagnostics, data interpretation, risk identification, and decision support.

03

Field Deployment & Validation

Engineering integration, retrofit execution, performance verification, and scalable delivery.

START SMALL · VERIFY FAST · SCALE WITH CONFIDENCE

Start with One Representative Project.

Share your project scale, operating history, available data, and primary performance concern. EIPI will help determine whether a Care diagnosis or Cure pilot is the appropriate starting point.