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One Visit, One Step Forward

One Visit, One Step Forward

2026-11-13
Brazilian customer visits GENY, expands order from measurement core to complete test bench

On Monday, 2 November, a customer team from Braze visited Guangzhou GENY Electric to review an in-progress Single-phase Energy Meter Test System project and see the production line for themselves. The visit marked another important step in the deepening technical cooperation between the two sides. After walking the assembly factory and the rack build stations, the customer endorsed GENY’s structural design, wiring practice and build consistency — and decided on the spot to add the rack project, which had originally been planned for their factory in Brazil. 

The original plan: core equipment only

The project is a 30-position Single-phase Energy Meter Test System, model YCS101-0.05-30, covering the programmable power source, the reference standard meter, a touch-screen HMI controller integrated into the source cabinet, the pulse acquisition system, optical probes for meter communication, and the GENY EEM test software, together with wiring diagrams and interface documentation.

Under the initial scope, GENY would supply the measurement and control core only. The mechanical rack was to be manufactured locally in Brazil, following reference drawings issued by GENY. That arrangement balances cost against local content, and it is a route many overseas customers take. One purpose of this visit was to close out the technical interfaces and mating dimensions face to face.

On the floor: what the drawings leave out

The walk-through began at the assembly part. The customer moved station by station through cabinet build, current and voltage circuit wiring, connector termination, wire marking and terminal block layout, stopping repeatedly to ask about specific practices.

What changed their assessment was precisely what a drawing set cannot specify:

  • Wiring practice: Segregated power and signal runs, consistent bundling pitch and routing, double-ended fixation on critical circuits — these are the details that determine long-term stability and noise immunity.
  • Structural design: Position pitch, fit tolerances between guide rails and columns, and the draw feel of each sliding unit — all these factors directly affect the pace and efficiency of daily calibration work.
  • Build consistency: Units in the same batch share assembly, routing, and terminal marking standards, so output does not shift from one batch to another. That level of reliability is only achievable at scale.
  • Serviceability: Wire numbers, terminal designations, and drawings align precisely, eliminating the need to reverse-engineer the harness for fault-finding. This ensures maintenance windows remain brief.


latest company news about One Visit,  One Step Forward  0latest company news about One Visit,  One Step Forward  1

The arrangement began to look less certain once the customer stood in front of the wiring racks. The racks struck them as being far more finely built than the drawings had suggested: the fit between columns and guide rails, the uniform spacing of each meter position, and the smooth sliding action of the units—precision that simply "building to drawing" fails to reproduce.

What surprised the customer even more was the wiring. The routing of each circuit, the neatness of the bundles, and the crimping and labeling of every terminal—its density and regularity far exceeded their expectations. This level of quality is something that can hardly be replicated locally from a set of drawings alone.

The customer’s verdict was blunt: "Hand the same set of drawings to two different manufacturers, and you'll get two very different machines." Drawings can be transferred; process standards cannot. Those standards live on the production line, and they can only be observed on site.

Decided on site

Impressed by the professional technical design and high production capacity on display, the customers made an important decision on the spot. Originally planning to build the meter racks locally by themselves, the delegation — after seeing GENY Electric’s well-organized rack wiring and thoughtful design — decided to adopt GENY Electric’s complete rack solution as well, significantly expanding the scope of cooperation.

A partnership that moved from email to the shop floor

This successful visit has not only deepened the mutual trust between the two parties but also showcased GENY Electric’s technical strength and design expertise in energy metering solutions. GENY Electric remains committed to working closely with customers worldwide to deliver high-quality, reliable, and fully integrated meter testing systems.

For GENY, a visit like this serves a test in itself. Customers do not see a showroom; they see live production stations. Craft that can be inspected is craft that can be trusted.

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Blog Details
Created with Pixso. Home Created with Pixso. Blog Created with Pixso.

One Visit, One Step Forward

One Visit, One Step Forward

2026-11-13
Brazilian customer visits GENY, expands order from measurement core to complete test bench

On Monday, 2 November, a customer team from Braze visited Guangzhou GENY Electric to review an in-progress Single-phase Energy Meter Test System project and see the production line for themselves. The visit marked another important step in the deepening technical cooperation between the two sides. After walking the assembly factory and the rack build stations, the customer endorsed GENY’s structural design, wiring practice and build consistency — and decided on the spot to add the rack project, which had originally been planned for their factory in Brazil. 

The original plan: core equipment only

The project is a 30-position Single-phase Energy Meter Test System, model YCS101-0.05-30, covering the programmable power source, the reference standard meter, a touch-screen HMI controller integrated into the source cabinet, the pulse acquisition system, optical probes for meter communication, and the GENY EEM test software, together with wiring diagrams and interface documentation.

Under the initial scope, GENY would supply the measurement and control core only. The mechanical rack was to be manufactured locally in Brazil, following reference drawings issued by GENY. That arrangement balances cost against local content, and it is a route many overseas customers take. One purpose of this visit was to close out the technical interfaces and mating dimensions face to face.

On the floor: what the drawings leave out

The walk-through began at the assembly part. The customer moved station by station through cabinet build, current and voltage circuit wiring, connector termination, wire marking and terminal block layout, stopping repeatedly to ask about specific practices.

What changed their assessment was precisely what a drawing set cannot specify:

  • Wiring practice: Segregated power and signal runs, consistent bundling pitch and routing, double-ended fixation on critical circuits — these are the details that determine long-term stability and noise immunity.
  • Structural design: Position pitch, fit tolerances between guide rails and columns, and the draw feel of each sliding unit — all these factors directly affect the pace and efficiency of daily calibration work.
  • Build consistency: Units in the same batch share assembly, routing, and terminal marking standards, so output does not shift from one batch to another. That level of reliability is only achievable at scale.
  • Serviceability: Wire numbers, terminal designations, and drawings align precisely, eliminating the need to reverse-engineer the harness for fault-finding. This ensures maintenance windows remain brief.


latest company news about One Visit,  One Step Forward  0latest company news about One Visit,  One Step Forward  1

The arrangement began to look less certain once the customer stood in front of the wiring racks. The racks struck them as being far more finely built than the drawings had suggested: the fit between columns and guide rails, the uniform spacing of each meter position, and the smooth sliding action of the units—precision that simply "building to drawing" fails to reproduce.

What surprised the customer even more was the wiring. The routing of each circuit, the neatness of the bundles, and the crimping and labeling of every terminal—its density and regularity far exceeded their expectations. This level of quality is something that can hardly be replicated locally from a set of drawings alone.

The customer’s verdict was blunt: "Hand the same set of drawings to two different manufacturers, and you'll get two very different machines." Drawings can be transferred; process standards cannot. Those standards live on the production line, and they can only be observed on site.

Decided on site

Impressed by the professional technical design and high production capacity on display, the customers made an important decision on the spot. Originally planning to build the meter racks locally by themselves, the delegation — after seeing GENY Electric’s well-organized rack wiring and thoughtful design — decided to adopt GENY Electric’s complete rack solution as well, significantly expanding the scope of cooperation.

A partnership that moved from email to the shop floor

This successful visit has not only deepened the mutual trust between the two parties but also showcased GENY Electric’s technical strength and design expertise in energy metering solutions. GENY Electric remains committed to working closely with customers worldwide to deliver high-quality, reliable, and fully integrated meter testing systems.

For GENY, a visit like this serves a test in itself. Customers do not see a showroom; they see live production stations. Craft that can be inspected is craft that can be trusted.