Product Positioning - B2B Quality System for DIYers

"Our vision is to solve DIYers' Pain Points through reliable and simple systems at accessible prices."

Our Commitment to Quality

"With fully assembled & tested systems (CE certified), we aim to eliminate all potential risks for DIYers."

Cell Quality Checking

Laser-inspected cells and packs – every unit is fully tested before shipping.

Protect you from:

Scratched / dented cells
Local can deformation, unknown risk
Damaged or rough enclosures & accessories

Welded Busbars

Welds ensure consistent contact under vibration, temperature, and cycling, enhancing battery durability.

Protect you from:

Inconsistent electrical connections
Mechanical failure due to vibration
Quality control issues

BMS Software Configuration

BMS fully configured and calibrated at the factory – no cell balancing or parameter tuning needed.

Protect you from:

Wrong chemistry / Ah settings
SoC drift, random alarms & cut-offs
Firmware / protocol mismatch with inverters

Rigorous Testing & Calibration Process

Engineer-grade compression, alignment & system-level testing.

Protect you from:

Loose or uneven cell compression
Skewed busbars, high contact resistance
Excess load on bottom cells when stacked

Documentation & Installation Guidance

Clear guides & true plug-and-play installation made for beginners.

Protect you from:

Tiny or missing manuals
No clear parallel / wiring layouts
No torque specs or setup examples

Risks We Help You Mitigate with Assembled & Tested System

Cumbersome Self-Assembly Process

Long Assembly Times: It may take days or weeks to fully assemble and test the system.

Accidental Damage: Risk of unintentionally damaging cells or components.

Risk of Warranty Dispute

Assumption of Liability: During self-assembly, you are responsible for any mistakes made in the process, including damage to components or system failure.

Extra Costs of Buying Spare Cells

Extra Backup Batteries Cost:

Some individuals may purchase additional batteries as replacements for potential failures, leading to unforeseen extra costs.

Potential Damage of Battery Cells

Cosmetic or Structural Damage: Cracking or cosmetic imperfections in cells.

Improper Compression: Cells not properly compressed during assembly.

Expansion of Cells: Cells can expand if not securely fixed.

Risks in Configuring BMS

SoC Drifting: Potential for State of Charge (SoC) to drift over time.

Incorrect BMS Setup & Configuration: For example, limited charging settings.

Extended Balancing Time: Balancing each cell individually can be time-consuming.

Defective BMS Cables: Issues with BMS cables or faulty connections.

Potential High Repairing Costs for Long Term

Improper Assembly Leading to Faster Wear: If the batteries are not assembled correctly, such as being slightly compressed, this can cause faster degradation and damage to the cells.

Future Maintenance Costs: The increased wear due to improper handling or assembly can result in higher long-term repair or replacement costs, which should be considered as part of the overall investment.