How a PV recycling line is specified
A line specification is a set of answers, not a list of machines. Here are the inputs we ask for, why each one changes the equipment, and what a quota
Framed single-glass, framed double-glass, frameless, thin film — and roughly what proportion of each. If you do not know yet, say so; it changes what we recommend for a first phase.
Intact, or a meaningful share already cracked, broken or with bent and corroded frames. This is the single most common reason a rated through-put is not achieved.
Modules per hour or tonnes per hour, and your realistic shift pattern. If it is a campaign rather than a steady stream, say that too — the answer is different.
Which fractions you intend to sell or store, and any acceptance criteria you know of. Even a partial answer changes the number of separation steps.
Hall dimensions and headroom, where modules arrive, where containers leave, available power and compressed air, and floor loading if you know it.
How many operators you intend to put on the line and how many shifts you will run. This is what decides the automation level.
What you expect to add next — a station, a shift, a separation step — and roughly when. It is the cheapest thing to design in and the most expensive to retrofit.
Where the plant will operate and which regulatory framework applies. It rarely changes the machine and often changes the containment, recording and output requirements.
A photograph of a typical module from your feedstock, showing the frame profile and the junction box position, answers several of the eight items at once. A photograph of the hall, showing where modules are delivered and where containers are taken out, answers most of item five.
If you are evaluating an existing line, a photograph or short description of the current bottleneck — what you are doing by hand, or where the process stops — is usually enough to identify which station should come first.
Modules: [type] — approximately [x]% framed single-glass, [y]% double-glass, [z]% other.
Condition: [intact / approximately x% damaged / mixed].
Through-put: [modules or tonnes per hour], running [shifts] shifts, [steady / campaign].
Output: we intend to sell [fractions]; the buyer requires [criteria or unknown].
Site: hall [length × width × height], power [available], modules arrive [where], containers leave [where].
Labour: [n] operators per shift.
Next phase: we expect to add [station] in [timeframe].
Country: [country], framework [if known].
Unknown is an acceptable answer. What slows an enquiry down is silence on the module mix and the output specification, because those two decide almost everything else.
Module type, target through-put and the footprint available are enough to start a conversation. Adding the output specification and the condition of the feedstock is what turns the reply from a question into a configuration.
Yes, and it is a normal starting point. In that case we usually work backwards: we ask who you expect to sell to, and derive the separation requirements from what those buyers typically accept.
For an initial configuration, no — a photograph showing the frame profile and junction box position is usually enough. A physical sample becomes useful later, when tooling and settings are being confirmed.
Yes. Project information is used to answer your enquiry and prepare a quotation. We do not publish customer names, logos, sites or project details without written consent — the reference project we do publish is anonymised for exactly that reason.
Tell us what arrives at your gate and what has to leave. The engineering team replies with the station configuration, the scope boundary and the information still missing before drawings start.
Prefer to talk first? WhatsApp +86 182 0399 3035 or email [email protected].
Three details are enough to start: what modules you receive, how fast you need to process them, and what output you have to produce.