SASO for Solar: Will Your Shipment Clear Saudi Customs?

A consignment held at the border is rarely held on the electrics. It is held on a document somebody assumed was covered by another one. “Is it certified?” is the most common question we get from Saudi buyers, and it is three questions wearing one coat. A product standard a manufacturer tested against, a conformity certificate obtained for the market by an importer, and a certificate covering one specific consignment are different documents doing different jobs, and having one of them is not the same as having the others. This page tells you how to tell them apart, how to read the certification list printed on a product page without being fooled by bare letters, and exactly what travels in the box with a shipment. We are an authorised Deye distributor supplying Saudi Arabia from our own stock, and the conformity documentation a consignment needs is supplied with it.

Three documents, three different claims

The distinction matters because the failure modes are different. A model with impeccable standard certificates still needs its market registration; a registered product type still needs the consignment document for the container actually arriving; and a beautifully documented consignment says nothing about whether the model appears on the equipment list an electricity connection is judged against, which is a separate question covered in our guide to who approves what in Saudi Arabia.

How to read the certification list on one of our listings

Every inverter page on this site prints a certification list, as do most battery pages, and it is written to be searched rather than admired. Where the manufacturer record states no certifications, the page shows none rather than borrowing a neighbour's list. On an inverter listing you will find the safety standards IEC 62109-1, EN 62109-1, IEC 62109-2 and EN 62109-2 as four separate entries, together with the electromagnetic-compatibility family printed the same way: IEC 61000-6-1 and EN 61000-6-1, IEC 61000-6-2 and EN 61000-6-2, IEC 61000-6-3 and EN 61000-6-3, IEC 61000-6-4 and EN 61000-6-4. Alongside them sit the grid-connection codes the manufacturer declares, which on our catalogue commonly include IEC 61727, IEC 62116, EN 50549, G98, G99, VDE-AR-N 4105, CEI 0-21, NRS 097, RD 140 and UNE 217002.

That formatting is deliberate, and it is worth explaining because most catalogues get it wrong. Manufacturer documents frequently compress a list into a string such as “IEC/EN 61000-6-1/2/3/4”. Split naively on the punctuation, that becomes nonsense — a certification called “IEC”, another called “2”, another called “4”. Written out properly it is eight distinct certificates, because IEC and EN are different bodies publishing their own editions, and 6-1, 6-2, 6-3 and 6-4 are different parts. Nobody certifies a product against “IEC/EN”, and a specifier searching for the exact string EN 61000-6-2 has to be able to find it. So we print every certificate under the name a certifier would use, with no slashes, no bare body names and no bare numbers.

This also gives you a fast credibility test for any supplier's paperwork. A list that reads “CE, IEC, ISO” is not a list of certificates; it is a list of letters. A real one names the standard, its part and its edition body, and it can be checked.

What those standard numbers actually cover

• IEC 62109-1 and 62109-2 — the safety of power conversion equipment used in photovoltaic systems. Part 1 is the general safety requirement, part 2 the part specific to inverters. These are the standards most often meant when someone says an inverter is “safety certified”.
• The 61000-6 family — electromagnetic compatibility, in its residential and industrial editions: how much interference the equipment may emit, and how much it has to tolerate from everything around it. Relevant anywhere a variable-speed drive, a generator or a large motor shares a site.
• IEC 61727 and IEC 62116 — the interconnection characteristics of a PV system with the utility, and the test procedure for the islanding-prevention behaviour that stops an inverter energising a dead line.
• National and regional grid codes — EN 50549, G98 and G99, VDE-AR-N 4105, CEI 0-21, NRS 097, RD 140, UNE 217002 and similar. Each belongs to a specific jurisdiction. They tell you what the manufacturer tested to; they do not tell you what a Saudi equipment list says today.
• Battery standards — our storage listings publish their own entries, which include IEC 62619 for industrial lithium cell and battery safety, IEC 62040 where the product is treated as an uninterruptible power system, UL 1973 and UL 9540A on some models, VDE 2510-50, and CE or CB marks.
• UN 38.3 — not an electrical standard at all, but the transport testing requirement for lithium batteries. It appears on our battery listings because a lithium consignment is a transport question as well as a customs one, and a shipment can be held for the transport file while the electrical paperwork is perfect.

Who does what, and in what order

Laid out as a sequence, the confusion usually dissolves. Four parties touch the paperwork and each one hands the next a different document:

1. The manufacturer tests a model against product standards and holds those certificates. This is what the certification list on a product page reflects.
2. The importer registers the product type as conforming for the market, which is the step people are usually referring to when they say a product is certified for the Kingdom.
3. Each consignment is then covered by its own certificate, issued for those goods, on that shipment, and travelling with them.
4. The buyer keeps all of it together with the model codes, because the file is read months later by someone who was not in the conversation.

Notice that only the first step is about the product in the abstract. The remaining three are about goods, shipments and records — which is why a manufacturer's certificate, on its own, never closes the question for a specific container standing at a port.

A battery consignment is not an inverter consignment

It is a common and expensive assumption that storage rides along on the inverter's documents. It does not. Storage is certified against different standards, is described by different rows, and carries transport requirements that power conversion equipment does not. Our battery pages state their own certification entries per model, and they also state cell chemistry as LiFePO4 and a cycle life of more than 6,000 cycles across the range, which are specification facts rather than certifications and should not be quoted as if they were.

Ask for the battery file separately when ordering, not after the container has landed. If a specific document is required by a particular party for your project, tell us before shipping: some documents are issued with a consignment and cannot be reconstructed for it afterwards.

A certificate does not mean it suits your site

This is the part most guides leave out. A certificate records that a model met a defined test. It does not record that the model suits your site, and the two are routinely confused in tender documents.

The clearest example sits on our own battery pages. Depending on the model, the published enclosure rating may describe a cabinet meant for a plant room or a housing sealed for outdoor duty. Every one of those products is certified. An indoor-rated cabinet installed outdoors on the Jeddah coast is still a mistake, and no certificate on the page will prevent it — the Enclosure IP Rating row will. The same holds for inverters: the IP Rating, the Relative Humidity range, the Operating Temperature Range and the Cooling Type are what match a model to a location. Certification and suitability are different axes, and a good specification checks both. Our regional buying guide walks through which rows matter in Riyadh, Jeddah and Al Ahsa respectively.

What we supply, and how to check it

• The conformity documentation a consignment needs, supplied with the shipment rather than sent chasing after it.
• A datasheet view on every product page, carrying the full published specification for that exact model.
• The exact model code and serial numbers, which must match across the order, the delivery note, the certificate and the equipment itself.
• A straight answer when a figure or a document does not exist, instead of a reassuring one that does not survive an inspection.

Four questions settle almost any certification claim, ours included. Which body issued it? For which exact model code? Against which standard and part? And is this the product document or the shipment document? A supplier who can answer all four in a sentence has the file; one who answers with adjectives does not.

Where to get the fees, the timelines and the lab names

For a processing time, a fee, a penalty amount, a validity period or the name of a testing laboratory, ask the standards authority or a conformity assessment body: they set those figures and they revise them, so only they hold today's version. You will not find them on this page. They are attractive precisely because they sound authoritative, they differ by product category, and a confident number from a stale source is how a project plan acquires a date it cannot meet.

The rule we work to is simple and applies to the whole site: every technical figure traces back to the manufacturer record for the model in question, and whatever that record does not carry is not published. It is why our tables have blank cells, and why the ones that are filled can be relied on. If you need a figure that is not on the listing, ask our team and we will check the record and answer plainly, including in the cases where the record is silent.