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Solutions · Industrial

A plant is one table, engineered once and repeated.

Nobody designs a megawatt as one enormous frame. They engineer a table, certify it, and stand hundreds of them on a roof. Solset splits every structural number the same way the discipline does — what an engineer signs, and what procurement multiplies — then carries the job through ordering, crews, approvals and payment.

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DesignGreenfield Foods — Unit 2 · Option AApproved

30.42 kWp

52 modules

44,100

kWh / year

3 panels

flagged for shade

Yield comes from irradiance data for this exact location, and every panel is coloured by how much sun it really gets.

Design. One table engineered, then replicated. Steel, wind and the structural model all come off the same drawing.

2P × 13
sample table, 14.98 × 4.58 m
14
columns under one table
229 kg
steel per table (SHS 50×50×2)
12.98 kN
uplift per column — the same at 1 table or 400
From shed roof to handover

Six stages, across as many sites as you are running.

The pipeline a plant runs, and the part of Solset that does each piece of it.

  1. 01DesignA plant is one table, engineered, then replicatedStructure is designed as a table — "2P × 13", two modules high in portrait and thirteen across, the fabricator's own naming and the name on the model. Member lengths, column count and steel come off that table; the plant is the table multiplied.Design Studio
  2. 02AnalyseWind, frame and a model an engineer can openA 3D frame solve, IS 875 Part 3 wind loading, an IS 800 member check, and a STAAD .std export of the same model the report was written from — one model, two readers, so the numbers and the file cannot disagree.Structural report
  3. 03ProcureThousands of modules, received in partsPurchase requests, approvals, orders, goods receipts against the right warehouse, and vendor bills matched three ways. A part delivery is a part delivery, not a closed line.ProcurementInventory
  4. 04DeployCrews across several sites at onceA week board of crews by day. A double booking warns and lets you save anyway — refusing would just make somebody delete the other booking to land their change, which loses the information you wanted. Materials readiness answers which site can actually start.Crews & scheduling
  5. 05ApproveSomebody other than the drawer signs it offDesigns have a lifecycle — draft, in review, shared, final — and an approval that is a separate permission from drawing one. Purchase orders, vendor bills and invoices each have their own approval gate, with a reason required to send something back.ApprovalsFinance approvals
  6. 06KeepThe paperwork outlives the project managerStructural reports, STAAD models, approval drawings, DISCOM submissions and site photographs live against the project rather than in somebody's mailbox — with daily backups, point-in-time recovery and a nightly copy held outside the live system.Documents
The number that gives it away

Uplift per column does not grow with the plant.

Drag the slider. The right-hand column climbs and the left-hand one does not move — because a table's structure has nothing to learn from a second identical table standing next to it.

1 table400 tables
Per tabledoes not move

What an engineer checks and certifies — for the table, in the fabricator's own naming.

Table2P × 13
Modules26
Size14.98 × 4.58 m
Columns14double pole, static
Steel229 kgSHS 50×50×2
Wind force181.7 kN
Uplift per column12.98 kN
Per plantmultiplies

What procurement orders. Multiplication of the table above — not a second calculation.

Tables120
Modules3,120
Capacity1.83 MWp
Columns1,680
Steel27.45 t
Wind force—not a plant quantity
Uplift per column—see per table
Drag the slider and watch the right-hand column climb while the left-hand one does not. Uplift per column is 12.98 kN on a plant of one table and on a plant of 400. Wind acts on a table; it does not get stronger because there are more of them. Any tool that sums wind load across a site is wrong in the first number an engineer checks.
Wind figures follow IS 875 Part 3 for Rajasthan, terrain category 2 — India's code, applied to an Indian site. The steel takeoff is an estimate for budgeting and says so in the product too. ⛔ Neither is a substitute for a signed structural certificate, and the report lists every simplification it made rather than hiding them.
The structural report

What it is, and what it refuses to be.

A report that gave a confident verdict on everything would be less useful than one that says where it stops.

What it contains

  • A 3D direct-stiffness frame solve — reactions, member end forces and displacements
  • IS 875 Part 3 wind loading, with the state basic wind speed and terrain category you choose
  • An IS 800:2007 member check, with the utilisation that governs
  • Exact hollow-section properties, including a Bredt torsion constant
  • A STAAD .std export built from the same model the report was solved from

What it is not

  • A verdict on anything but hollow sections — channels, angles, pipes and aluminium return "not checked", with the reason
  • Bending of a member along its span: loads are lumped at the joints, so a pass on an unloaded member is marked as exactly that
  • Foundation design (IS 456), and any substitute for a signed structural certificate
  • Any claim that it agrees with STAAD.Pro — nobody has run the export through one and compared
Expect the default sections to fail the check, and take that as the tool working. A long rafter in a light hollow section exceeds the slenderness limit IS 800 sets, and the report names what governs rather than quietly passing it.
Where the paperwork lives, and what you can check

Drawings that outlast the project manager. Tools that need no account.

Every drawing, on the job it belongs to

Shared document storage, scaling with the plan.

Free2 GB
Starter5 GB
Professional10 GB
Growth25 GB
Enterprise100 GB
Storage is on every plan including Free — only the ceiling scales. A single file can be up to 200 MB, whatever is left in the quota. Structural reports, STAAD models, approval drawings, DISCOM paperwork and site photographs all live against the project they belong to rather than in somebody's mailbox.
Solset does not engineer, install or certify anything. It is the system your team runs the work on.
No inverter or plant monitoring after commissioning — that is on the roadmap and is not built. No lot, batch or serial tracking in inventory.
Wind loading and DISCOM net-metering tracking follow India's codes and are labelled as such. Elsewhere you can set the basic wind speed directly, and the grid-connection tracker takes whatever stages your utility actually uses.
Common questions

Frequently asked questions

What industrial EPCs ask before putting a plant through it.

The sun is already up

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