SolGlow Innovations · Turnkey greenhouses in Kazakhstan
We design and build arched greenhouses for farms, nurseries and private plots — from a single structure to a complete greenhouse complex.
Considered engineering
The standard module is a starting point. Geometry, foundation and specification are refined for the site, climate and production objective.
Its shape helps shed precipitation and creates generous usable height inside the greenhouse.
An assembly made from standard six-metre stock: practical to fabricate, maintain and repair.
Two layers of 200 μm film. Inflation of the interlayer space is available as an option.
Before construction, we review the soil, snow and wind loads, access and engineering constraints.
Use cases
For farms and local food production.
A controlled environment for seedlings, flowers and young plants.
A practical module for year-round or seasonal use.
Multiple greenhouses with the option to expand in stages.
Base specification
The estimate is based on an approved project for two identical greenhouses with a total value of KZT 7 million.
Gothic arched structure
✓Double-layer 200 μm film covering
✓Grillage, supports and longitudinal rails
✓Two ends, gates and window openings
✓Complete construction and installation works
✓Basic logistics and installation management
✓Preliminary estimate
The calculator estimates frames, half-arches, six-metre stock, supports, covering and installation effort — not a flat price per square metre. The result is an initial guide, not a public offer.
The 6 × 23.7 m reference is preselected as the starting configuration
Calculated quantities for the entire project
Each click adds or removes one complete bay and one arched frame per greenhouse. Longitudinal lines use six-metre rails joined at frames; offcuts are first reused for third-layer half-arch segments, and only the remaining shortfall is purchased separately.
How we work
We start with your objective and site, then confirm the technical solution, budget and schedule.
We discuss the crop, seasonality, area and preferred specification.
We review access, terrain, soil and engineering conditions.
We confirm scope, schedule, price and selected options.
We source materials and prepare structural elements.
We assemble the greenhouse, inspect the details and hand over the completed structure.
Scaling boundaries
The proven starting point is 6 × 23.7 m. Longitudinal expansion follows the original modular logic; width changes and twin layouts remain engineering hypotheses for now.
Whole bays are added at the end between adjacent arched frames — roughly 2 m each. The precise reference spacing is approximately 1.823 m.
Only the 6 m width is proven. Other widths are not a simple proportional change: the end grillage, supports and arch geometry all change.
The idea is to place two six-metre bays side by side. In plan, the base comprises three parallel 24 m longitudinal grillage lines. At each end, two six-metre cross boards connect the outer lines to the centre line.
The central longitudinal line could be raised approximately 2 m above ground, potentially creating an internal passage between the greenhouses without going outside.
Not included in the calculator. This is an engineering idea, not a finished solution. Before offering it to a customer, the raised central beam supports, internal half-arch behaviour, wind bracing, snow loads and drainage at the film junction must be resolved.
SolGlow research direction · Pilot preparation
The SolGlow research project explores connecting biogas processing, greenhouse production and computing infrastructure under shared energy management and measurement. The project is at the pilot preparation stage.
Go to the SolGlow projectThis page covers the structure, specification and indicative estimate. In the research programme, the greenhouse is considered one of the modules of the proposed facility.
System section of the project pageThe proposed architecture includes processing organic waste and using biogas for energy supply. Renewables and backup supplement the system as determined by calculation.
System section of the project pageThe research project considers joint operation of the greenhouse and a computing module. Using part of the available server heat requires calculating the temperature regime and taking the greenhouse’s heat demand into account.
System section of the project pageThe research task is to develop and experimentally test coordinated predictive control. MRV means monitoring, reporting and verification.
Research section of the project pageEnergy systems, the computing module and the proposed control system are not included in this greenhouse estimate. Their scope and cost are determined separately.
Frequently asked questions
The estimate is based on the standard module and an approved bill of quantities. Final pricing depends on dimensions, soil, snow and wind loads, access, logistics and the selected specification.
Yes. The calculator provides an estimate starting with one standard module. Multiple greenhouses can form a complex and be built in stages.
All 12 additions are separate switches in the calculator and are charged only when selected. Utilities and growing equipment are priced separately.
It recalculates frames at a maximum spacing of 1.823 m, half-arches, longitudinal stock, modules, central posts every 6 m, piles, fasteners and film rolls. This is why the price changes in steps instead of directly with area.
Only the 6 m width is proven. With unchanged half-arch geometry, a wider end lowers the greenhouse, while a grillage beyond 6 m needs a joint and an additional pile support. The calculator is therefore limited to 5 m, 6 m and 7 m, with the outer values remaining preliminary.
The 12 × 24 m layout with three longitudinal grillage lines and a central line raised approximately 2 m is being considered as a future prototype. It has not yet been built, so it is excluded from the calculator and requires verification of load-bearing joints, drainage, snow and wind loads.
These are future directions for SolGlow Innovations. We do not include them in the current estimate or publish unverified prices.
Let’s discuss your site
Fill in the fields and the page will prepare an email with your estimate parameters. You send the email yourself from your own mail; once we receive it, we will clarify the parameters and prepare a proposal.
The summary updates with the calculator and is added to the email separately from your comment.
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