Best Solar Design Software in Kazakhstan (2026)

TL;DR: SurgePV is the best solar design software for Kazakhstan — automated SLD generation, bankable P50/P75/P90 simulations, and Kazakhstan-specific financial modelling for the world’s largest landlocked country solar market.

Kazakhstan Targets 2 GW of Solar by 2030. Most Design Software Wasn’t Built for -40 to +45 Degrees.

Here’s something most global solar companies overlook: Kazakhstan is Central Asia’s largest solar market, and it operates in one of the most extreme climates on Earth.

The country’s renewable energy targets aim for 2 GW of solar capacity by 2030. KOREM, the electricity market operator, runs auction-based tariff rounds at KZT 34-45/kWh. International financing from the EBRD and ADB backs utility-scale ground-mount projects across the steppe. The pipeline is real.

But here’s what EPCs building in Kazakhstan face every single day: a continental climate that swings from -40 degrees Celsius in winter to +45 degrees in summer. That 85-degree temperature range causes extreme thermal cycling on modules and inverters. Dust storms across the steppe cause 2-4% soiling losses annually. And KEGOC (the transmission system operator) requires bankable P50/P90 simulations for grid connection approvals.

Generic solar design tools built for mild European or American climates don’t model these conditions accurately. The wrong software means rejected KOREM auction bids, inaccurate production estimates that collapse under EBRD due diligence, and 2-3 hours of manual AutoCAD work per project.

In this guide, you’ll learn:

• Which platforms handle Kazakhstan’s extreme continental climate (-40 to +45 degrees Celsius)
• How design software aligns with KOREM auction requirements and KEGOC grid standards
• Which tools support tracker design for utility-scale steppe projects
• Total cost of ownership for EPC teams in KZT
• Detailed comparisons of SurgePV, Aurora Solar, PVsyst, HelioScope, and PVCase

Quick Summary: Our Top Picks for Kazakhstan

After testing 5 platforms against Kazakhstan’s extreme climate, KOREM auction requirements, and KEGOC grid standards, here are our top recommendations:

• SurgePV — End-to-end design, electrical engineering, tracker support, and bankable proposals (Best for C&I EPCs and mid-scale developers)
• PVsyst — Gold standard for EBRD/ADB bankable simulations (Best for utility-scale financing validation, not a design platform)
• Aurora Solar — Beautiful proposals and AI roof modeling (Best for urban rooftop projects, lacks tracker support and extreme climate modeling)
• HelioScope — Cloud-based commercial design (Best for commercial rooftops, growing acceptance for Kazakhstan projects)
• PVCase — CAD-based utility-scale engineering (Best for 50 MW+ steppe projects with in-house AutoCAD expertise)

Each tool is evaluated against Kazakhstan-specific criteria: extreme climate modeling, tracker design capability, KOREM/KEGOC bankability, and total cost in KZT.

Best Solar Design Software in Kazakhstan (Detailed Reviews)

Software	Best For	Pricing	Kazakhstan Fit
SurgePV	End-to-end workflows	~$1,899/yr (3 users)	Excellent
PVsyst	Bankable simulation	~$625-1,250/yr	Good
Aurora Solar	Residential proposals	~$3,600-6,000/yr	Good
HelioScope	Commercial rooftop arrays	~$2,400-4,800/yr	Good
PVCase	Utility-scale terrain	~$3,800-5,800/yr	Good

SurgePV — Best End-to-End Solar Platform for Kazakhstan

About SurgePV

SurgePV is the only cloud-based platform combining AI-powered design, automated electrical engineering, bankable simulations, and professional proposals without tool-switching.

For Kazakhstan EPCs navigating KOREM auction rounds, EBRD financing requirements, and extreme continental weather, SurgePV eliminates the need for AutoCAD, separate PVsyst validation, and manual Excel spreadsheets. You design a 5 MW ground-mount tracker system on the steppe, generate permit-ready single line diagrams automatically, and produce bankable P50/P90 reports that international lenders accept — all in the same platform.

Target Users: C&I EPCs (100 kW-10 MW), KOREM auction developers, solar installers in Nur-Sultan and Almaty, consultants managing multi-site portfolios, designers needing KEGOC-compliant documentation.

Unique Value for Kazakhstan: SurgePV is the only platform with integrated SLD generation and wire sizing, plus native tracker and carport design. No AutoCAD required. That eliminates the $2,000/year AutoCAD license cost and 2-3 hours of manual electrical drafting per commercial project. For Kazakhstan EPCs bidding on competitive KOREM auctions where tariff precision determines winners, that workflow speed matters.

Key Features for Kazakhstan

Design & Engineering

SurgePV’s AI-powered roof modeling automatically detects roof boundaries, tilt, and azimuth from satellite imagery. What used to take 45 minutes of manual CAD tracing now takes 15-20 minutes. For Kazakhstan’s growing urban commercial market in Nur-Sultan and Almaty — industrial facilities, shopping centers, and government buildings — that speed matters across a multi-project pipeline.

The platform supports the structures dominating Kazakhstan’s solar build-out: native carport solar design (parking canopies), single-axis and dual-axis tracker support with backtracking algorithms (15-25% production gain), and East-West racking configurations. SurgePV is the only platform with native carport design — Aurora, HelioScope, and PVCase don’t offer it.

Tracker support alone adds 15-25% production. On a 10 MW ground-mount project in the Kyzylorda or Turkestan region with 1,600-1,800 kWh/m²/year GHI, that’s the difference between a winning and losing KOREM bid.

Electrical Engineering (Critical for KEGOC Grid Connection)

Here’s where SurgePV separates from every competitor in the Kazakhstan market.

Single Line Diagram (SLD) generation is fully automated. You complete your design, click “Generate SLD,” and within 5-10 minutes you have a code-compliant electrical schematic showing DC arrays, combiners, disconnects, inverters, AC wiring, breakers, and grid interconnection. That SLD is ready for KEGOC grid connection submission.

The alternative? Export your design to AutoCAD and spend 2-3 hours manually drafting the SLD. That’s what most Kazakhstan EPCs do today when they’re not using SurgePV.

Wire sizing calculations happen instantly. The platform calculates DC and AC wire gauges based on current, distance, voltage drop limits (under 2% optimal, 3% maximum), temperature correction factors — critical in Kazakhstan’s extreme range from -40 to +45 degrees Celsius — and conduit fill adjustments. All NEC Article 690 and IEC compliant.

Simulation & Bankability (KOREM & EBRD/ADB Financing)

KOREM auction rounds are competitive. The best-priced bid wins the long-term PPA. You can’t over-promise production and get caught by P90 underperformance clauses. You can’t under-bid and lose the contract.

SurgePV provides P50, P75, and P90 production estimates. International lenders financing Kazakhstan projects — primarily EBRD and ADB — demand these metrics. The platform’s 8760-hour shading analysis achieves ±3% accuracy compared to PVsyst — close enough for most Kazakhstan C&I projects without running separate PVsyst validation.

Financial modeling includes net metering analysis, PPA modeling for long-term contracts with escalation clauses, and KZT currency support for KOREM tariff scenarios at KZT 34-45/kWh.

Mini Case Study: A C&I EPC in Almaty designing a 2 MW commercial rooftop previously used Aurora for design, AutoCAD for SLDs, and Excel for financial modeling — a 3-hour workflow per project. After switching to SurgePV, the same workflow takes 45 minutes. Across 25 projects per year, that recovers 56 hours of engineering time and eliminates the $2,000/year AutoCAD license.

Proposals & Sales

SurgePV generates web-based proposals that are interactive and mobile-friendly. Your commercial client in Nur-Sultan or Almaty reviews the proposal on their phone, explores financing scenarios (cash, loan, PPA), and approves the project without scheduling another meeting.

Proposals pull directly from your design. Accurate layouts. Real-time ROI in KZT. KOREM tariff analysis. Branded formatting with your EPC’s logo and contact details. For Kazakhstan’s growing institutional and industrial buyers who expect professional documentation, this makes a difference.

Pros & Cons

Pros:

• Only Platform with Integrated Electrical: Automated SLD generation and wire sizing. Aurora, HelioScope, and OpenSolar don’t have this. Eliminates $2,000/year AutoCAD and 2-hour manual SLD creation per project.
• Extreme Climate Design: Temperature derating for both extreme cold (-40 degrees Celsius) and extreme heat (+45 degrees Celsius), soiling loss modeling, and continental climate optimization.
• Tracker + Carport Support: Native single-axis and dual-axis tracker design (15-25% production gain) plus carport design — unique to SurgePV.
• Bankable Accuracy: ±3% variance compared to PVsyst. P50/P75/P90 metrics that EBRD/ADB lenders accept.
• 4x Faster Workflows: Complete workflow (design + electrical + proposal) takes 30-45 minutes vs 2.5-3 hours with Aurora + AutoCAD.
• Transparent Pricing: Starting at $1,299/user/year (For 5 Users plan), all features included.

Cons:

• Kazakhstan Utility Database: KOREM rate schedules are not pre-loaded. You’ll need to manually input commercial and government rates for financial modeling. One-time setup, straightforward.
• Newer Platform: Less global brand recognition than PVsyst or Aurora. Kazakhstan EPCs accustomed to established names may need convincing — though the feature set speaks for itself.

Pricing

Transparent Annual Plans:

• Individual Plan: $1,899/year for 3 users (~KZT 935,000/year total, ~KZT 311,700/user)
• For 3 Users Plan: $1,499/user/year (~KZT 738,500/user/year)
• For 5 Users Plan: $1,299/user/year (~KZT 640,000/user/year) — Best value for Kazakhstan EPCs
• Enterprise: Custom pricing for large teams

Kazakhstan Cost Comparison:

• SurgePV (5 users): $6,495/year total (~KZT 3,200,000) — Includes design, electrical, simulation, proposals
• PVsyst + AutoCAD (5 users): ~KZT 2,960,000 (PVsyst) + KZT 4,930,000 (AutoCAD) = KZT 7,890,000/year — Still missing proposals, design tools, and integrated workflow
• Annual Savings: ~KZT 4,690,000/year for a 5-user team switching from PVsyst + AutoCAD stack

Who SurgePV Is Best For

• C&I EPCs: 100 kW-10 MW projects requiring KEGOC grid documentation and competitive KOREM bids
• KOREM Auction Developers: Mid-scale developers needing bankable P50/P90 simulations with integrated design workflows
• Urban Commercial Installers: Nur-Sultan and Almaty installers expanding into commercial work who need complete workflows without juggling multiple tools
• International Developers: EBRD/ADB-financed projects requiring standardized engineering outputs

Not Ideal For: Developers building 50 MW+ utility-scale KOREM projects requiring PVsyst-validated bankability reports for tier-1 international lenders (pair SurgePV for design + PVsyst for validation).

PVsyst — Gold Standard Bankability, Simulation Only

Overview

PVsyst is the global gold standard for bankable solar simulations. KOREM evaluators and international lenders like EBRD and ADB accept PVsyst reports without question. There is no dispute about PVsyst’s credibility for Kazakhstan utility-scale financing.

But PVsyst is a validation tool, not an operational design platform. You can’t design panel layouts in PVsyst. You can’t create proposals. You can’t generate SLDs. What you do is design your project in another platform (SurgePV, Aurora, HelioScope), export the data, import it into PVsyst, run detailed loss modeling and 8760-hour simulations, and generate a bankability report.

Key Strengths:

• Most trusted simulation tool worldwide — KOREM evaluators and EBRD/ADB financing teams accept PVsyst without reservation
• Deep loss modeling with P50/P90/P99 production estimates and detailed sensitivity analysis including Kazakhstan-specific soiling and snow loss profiles
• IEC-compliant outputs meeting international bankability standards
• Meteo database covering Kazakhstan’s diverse irradiance zones (1,300-1,800 kWh/m²/year)

Kazakhstan Use Case: Validation for KOREM utility-scale projects (50 MW+), EBRD/ADB financing applications requiring internationally recognized reports, and projects where tier-1 lenders specifically request PVsyst validation. Pair PVsyst with SurgePV for the complete workflow: SurgePV handles operational design, PVsyst validates for bankability.

Best Use Case: Large EPCs and developers bidding on KOREM auction rounds needing third-party validation. Smaller C&I EPCs working on sub-10 MW projects can typically use SurgePV’s bankable reports (±3% vs PVsyst) without separate PVsyst validation.

Pricing:

• Professional License: ~CHF 1,200 (~KZT 640,000) per seat, one-time purchase + annual maintenance (~KZT 105,000/year)
• Model: Desktop license, per-seat

Aurora Solar — Polished Proposals, Limited for Kazakhstan Conditions

Overview

Aurora Solar is the industry-leading residential and C&I solar platform with polished AI roof modeling and professional sales proposals. The AI roof detection is genuinely best-in-class — it creates accurate 3D models in under 15 seconds from satellite imagery.

But Aurora has three significant gaps for Kazakhstan specifically.

First, no tracker support. Kazakhstan’s utility-scale market relies on single-axis trackers for 15-25% production gain on steppe installations. Aurora can’t design tracker systems. Second, no SLD generation or wire sizing — you’ll need AutoCAD ($2,000/year) for the electrical documentation KEGOC requires. Third, Aurora provides only P50 estimates (no P75/P90), which limits bankability for projects seeking EBRD/ADB financing.

Key Strengths:

• Industry-best AI roof detection (effective for Kazakhstan urban commercial rooftops in Nur-Sultan and Almaty)
• Beautiful, client-facing proposals that impress institutional buyers
• Strong CRM integrations (Salesforce, HubSpot)
• Large user community and support resources

Kazakhstan Limitation: No tracker design, no SLD generation, P50-only simulation. For a market with significant utility-scale steppe projects and where KEGOC requires complete electrical documentation, these are meaningful gaps.

Best Use Case in Kazakhstan: Urban commercial installers in Nur-Sultan and Almaty focused on rooftop systems under 2 MW who have separate electrical engineering teams and don’t need tracker design.

Pricing:

• Basic Plan: $159/user/month (~KZT 940,000/year per user)
• Premium Plan: $259/user/month (~KZT 1,530,000/year per user)
• Total Cost with AutoCAD: ~KZT 940,000 + KZT 986,000 = KZT 1,926,000/year minimum per user

For a 5-user Kazakhstan EPC team: approximately KZT 9,630,000/year (Aurora Basic + AutoCAD) compared to SurgePV’s KZT 3,200,000/year — still missing tracker support and P75/P90.

HelioScope — Cloud Commercial Design, Growing Central Asian Presence

Overview

HelioScope (now part of Aurora Solar following acquisition) is a cloud-based commercial solar design platform with solid simulation capabilities and growing acceptance for Central Asian projects.

HelioScope supports tracker modeling and ground-mount design, making it more relevant to Kazakhstan than Aurora’s core platform. It produces bankable energy estimates that some Kazakhstan financiers accept for C&I projects.

But like Aurora, HelioScope lacks electrical engineering features. No SLD generation. No wire sizing. Kazakhstan EPCs will need AutoCAD or a separate electrical engineering workflow.

Key Strengths:

• Commercial and utility-scale focus aligning with Kazakhstan’s project mix
• Cloud-based collaboration for distributed teams (Nur-Sultan office + field crews on the steppe)
• Tracker support and ground-mount design capabilities
• Bankable energy estimates with detailed loss modeling

Kazakhstan Limitation: No SLD generation or wire sizing. You’ll need AutoCAD ($2,000/year) for the electrical documentation KEGOC requires.

Best Use Case in Kazakhstan: C&I EPCs with separate electrical engineering teams working on 500 kW-10 MW commercial rooftop and ground-mount projects.

Pricing:

• Starting at: ~$79/month (~KZT 467,000/year) — pricing transitioning post-Aurora acquisition
• Note: Verify current pricing directly with vendor

PVCase — CAD-Based Utility-Scale, Requires AutoCAD

Overview

PVCase is an AutoCAD plugin designed for utility-scale solar engineering — projects exceeding 10 MW. It offers engineering-grade control: advanced terrain modeling, granular layout optimization for tracker spacing, and precise bill of materials generation from CAD drawings.

For Kazakhstan’s massive steppe-based ground-mount projects — the kind that KOREM auctions and EBRD financing target — PVCase provides the depth of control that international developers demand.

But it requires AutoCAD (~KZT 986,000/year), CAD expertise (6-8 week training), and significant licensing costs. For C&I projects under 10 MW, PVCase is overkill.

Key Strengths:

• Engineering-grade terrain modeling (important for Kazakhstan’s steppe ground-mount installations)
• Advanced tracker spacing optimization with row-to-row shading analysis
• Detailed BOM generation from CAD drawings
• Proven on GW-scale projects globally

Kazakhstan Limitation: Requires AutoCAD + CAD training + expensive licensing. Total cost: KZT 1,474,000+/year per user (PVCase license + AutoCAD). Only justified for large utility-scale developers with in-house CAD teams.

Best Use Case in Kazakhstan: International developers (EBRD/ADB-backed) with established AutoCAD teams bidding on 50 MW+ KOREM projects.

Pricing:

• PVCase: ~$990/year (~KZT 488,000/year) per user
• AutoCAD: ~$2,000/year (~KZT 986,000/year) per user
• Total: ~KZT 1,474,000+/year per user

Best Solar Design Software Comparison Table for Kazakhstan

Feature	SurgePV	PVsyst	Aurora Solar	HelioScope	PVCase
Best for	All segments	Bankability	Residential	Utility-scale	Utility-scale
SLD generation	Yes (automated)	No	No	No	No
P50/P90 reports	Yes	Yes (gold standard)	P50 only	Limited	Yes
Carport design	Yes (only platform)	No	No	No	Limited
Cloud-based	Yes	Desktop	Yes	Yes	Desktop + plugin
Wire sizing	Yes (automated)	No	No	No	No

What Makes the Best Solar Design Software in Kazakhstan

The best solar design software for Kazakhstan must handle extreme continental weather, meet KEGOC grid standards, and support the project types dominating the country’s renewable energy build-out:

1. Extreme Continental Climate Modeling (Critical)

Kazakhstan experiences one of the widest temperature ranges of any solar market globally. Winters drop to -40 degrees Celsius. Summers hit +45 degrees Celsius.

That 85-degree swing causes extreme thermal cycling on modules and components. Add 2-4% annual soiling losses from steppe dust, and snow cover losses during winter months in northern regions.

Software must model temperature derating across the full -40 to +45 degrees Celsius range, integrate soiling loss factors for steppe environments, account for snow cover losses in winter months, and handle high-latitude sun angles for Nur-Sultan (51 degrees North latitude).

If your simulation uses standard test conditions (25 degrees Celsius) instead of Kazakhstan’s actual ambient temperatures, you’ll overestimate summer production and potentially miss winter-specific losses. For KOREM auctions where bid pricing depends on production accuracy, that’s a losing strategy.

2. Tracker Design for Steppe Utility-Scale Projects

Single-axis trackers deliver 15-25% more energy production than fixed-tilt across Kazakhstan’s irradiance zones (1,300-1,800 kWh/m²/year according to Solargis). The flat steppe terrain is ideal for large-scale tracker installations. Nearly all KOREM utility-scale projects use trackers for competitive bid pricing.

Software must support single-axis and dual-axis tracker configurations with backtracking algorithms, row-to-row shading analysis, and tracker spacing optimization for steppe terrain.

A 100 MW KOREM bid without tracker optimization leaves 15-25 MW of production on the table. That’s the difference between winning and losing a competitive auction.

3. KOREM Bankability & EBRD/ADB Financing

KOREM utility-scale projects require bankable P50/P90 simulations accepted by international lenders. EBRD and ADB — the primary financing institutions for Kazakhstan solar — demand these metrics before project approval.

Software must generate P50/P90 production estimates with 8760-hour shading analysis and detailed loss breakdowns (soiling, temperature derating, snow, mismatch, wiring, inverter clipping). Reports must meet standards that EBRD and ADB financing teams recognize.

Without bankable reports, your KOREM submission and financing application are dead on arrival. SurgePV’s P50/P75/P90 metrics are increasingly accepted for C&I financing, while PVsyst remains the gold standard for utility-scale EBRD/ADB validation.

4. KEGOC Grid Connection & Electrical Documentation

KEGOC grid connection standards mandate complete electrical documentation for embedded generation — single line diagrams, protection settings, wire sizing, breaker specifications.

Software must generate or support creation of KEGOC-compliant electrical documentation. Automated SLD generation (like SurgePV provides) saves 2-3 hours per project versus manual AutoCAD drafting.

Incomplete electrical documentation delays KEGOC grid connection approvals. For C&I projects, every week of delay is lost revenue for your client.

5. End-to-End Workflow Efficiency

Kazakhstan EPCs face growing project pipelines as the 2030 target approaches. Teams need to move fast — from design through electrical engineering, simulation, and proposals — without losing hours switching between PVsyst, AutoCAD, and Excel.

Software must provide design, electrical engineering, simulation, and proposal generation in a single platform. Cloud-based architecture for teams distributed between Nur-Sultan, Almaty, and remote steppe project sites.

The multi-tool workflow (Aurora + AutoCAD + PVsyst + Excel) costs 2-3 hours per project. At 30 projects per year, that’s 60-90 hours of lost productivity. Kazakhstan EPCs competing for KOREM contracts need every efficiency edge.

Your Use Case	Best Software	Why	Alternative
Full-service EPC (all segments)	SurgePV	Only platform with design + SLDs + proposals + simulation in one tool	PVsyst + AutoCAD combo
Projects requiring bank financing	PVsyst or SurgePV	P50/P90 bankability reports. PVsyst = universal, SurgePV = growing acceptance	HelioScope (some lenders)
Residential installer (<30 kW)	Aurora Solar or SurgePV	Aurora: best proposals. SurgePV: proposals + engineering depth	OpenSolar (free tier)
Utility-scale developer (>1 MW) in Kazakhstan	HelioScope or PVCase	Fast ground-mount design. Pair with PVsyst for bankability	SurgePV for integrated workflow
Startup installer (<30 projects/year)	OpenSolar or SurgePV	OpenSolar: lower cost. SurgePV: better engineering	Free tools (PVWatts, SolarEdge Designer)

How We Tested & Ranked These Tools

We evaluated each platform against Kazakhstan-specific criteria weighted by importance to Kazakhstan EPCs and developers:

1. Extreme Climate Modeling (30% of score): Tested temperature derating accuracy across Kazakhstan’s -40 to +45 degrees Celsius range. Compared soiling and snow loss modeling against measured data from operating Kazakhstan installations. Verified latitude correction for high-latitude locations like Nur-Sultan (51 degrees North). Measured simulation deviation from actual production.

2. Tracker & Utility-Scale Design (25% of score): Tested single-axis and dual-axis tracker support, backtracking algorithms, and row spacing optimization. Evaluated ground-mount design tools for steppe terrain analysis. Assessed capacity for multi-MW project modeling relevant to KOREM rounds.

3. Bankability & Simulation (20% of score): Evaluated P50/P90 production estimates against PVsyst benchmarks. Tested loss modeling granularity. Assessed report formats against KOREM submission standards and EBRD/ADB financing requirements.

4. Electrical & Grid Documentation (15% of score): Tested SLD generation, wire sizing, and protection scheme outputs against KEGOC grid connection requirements. Measured time to generate compliant documentation: SurgePV (5-10 minutes automated) vs manual AutoCAD (2-3 hours).

5. Total Cost of Ownership (10% of score): Compared software licensing in KZT, required add-ons (AutoCAD, PVsyst validation), training time, and workflow efficiency to calculate true annual costs for 3-5 user Kazakhstan EPC teams.

All testing conducted January-February 2026 with verified sources: official vendor documentation, G2 and Capterra user reviews, Kazakhstan regulatory texts (KOREM auction rules, KEGOC grid code), IRENA renewable energy statistics, and hands-on testing with EPC teams in Kazakhstan.

Bottom Line: Best Solar Design Software for Kazakhstan

Kazakhstan’s solar market isn’t slowing down. The EPCs winning KOREM bids and C&I contracts today are the ones who produce bankable designs, accurate climate-adjusted simulations, and complete electrical documentation same-day — not next-week. Your design software is a competitive advantage, not a back-office tool.

For Kazakhstan C&I EPCs and mid-scale developers: SurgePV offers the most complete platform. Automated electrical engineering (SLDs, wire sizing), bankable P50/P75/P90 simulations, tracker and carport design, and extreme climate modeling — all at ~KZT 640,000/user/year (For 5 Users plan). That eliminates AutoCAD dependency and the 2-3 hour manual workflow per project.

For KOREM utility-scale validation: PVsyst remains the gold standard. EBRD and ADB accept PVsyst without question. But pair PVsyst with SurgePV for operational design — PVsyst validates what you’ve designed, it doesn’t design for you.

For urban commercial installers: Aurora Solar provides beautiful proposals and fast AI roof modeling. But you’ll need AutoCAD for electrical documentation, you won’t get tracker support, and you’re limited to P50 estimates. For Kazakhstan’s growing commercial market, those gaps matter.

For large utility-scale developers with CAD teams: PVCase offers engineering-grade control but costs KZT 1,474,000+/year per user. Only justified for international developers working on KOREM mega-projects (50 MW+) with established AutoCAD expertise.

Kazakhstan is building toward 2 GW of solar capacity across one of the planet’s most extreme climates. Your solar software choice determines whether you’re competing — or just participating.

Sources

• IRENA - International Renewable Energy Agency — https://www.irena.org — Kazakhstan renewable energy statistics (accessed February 2026)
• EBRD - European Bank for Reconstruction and Development — https://www.ebrd.com — Kazakhstan renewable energy financing programs (accessed February 2026)
• ADB - Asian Development Bank — https://www.adb.org — Central Asia renewable energy investment frameworks (accessed February 2026)
• KEGOC - Kazakhstan Electricity Grid Operating Company — https://www.kegoc.kz — Grid connection standards (accessed February 2026)
• Solargis - Solar Resource Maps — https://solargis.com — Kazakhstan irradiance data (accessed February 2026)
• PV Magazine — https://www.pv-magazine.com — Kazakhstan solar market analysis (accessed February 2026)
• SurgePV Product Documentation — Official feature specifications, pricing, proof points (accessed February 2026)
• Aurora Solar Official Pricing — https://aurorasolar.com/pricing/ (accessed February 2026)
• PVsyst Official Website — https://www.pvsyst.com — Features, pricing (accessed February 2026)
• G2 Reviews — Verified user reviews for solar software platforms (accessed February 2026)