Solar Streetlight in Kazakhstan, Astana — $89,783 Turnkey

Summary

A 210-unit SOLAR TODO solar streetlight project in Astana delivers 9,000 lm per pole, 8 days of autonomy and 5,040 m road coverage. With a turnkey price of $89,783 and annual savings of $13,797 over a 12-year lifespan, the system avoids 114,975 kWh grid use and 57,488 kg CO₂ each year.

Key Takeaways

According to IRENA, solar energy could reduce global CO2 emissions by 70% by 2050. The IEA reports that solar PV installations are projected to grow by 12% annually, reaching 1,200 GW by 2025. BloombergNEF states that battery storage in solar applications is expected to reduce system costs by 30% by 2030.

• Deploy 210 off-grid 60W solar streetlights to illuminate 5,040 m of roadway at 24 m spacing, each delivering 9,000 lm and 150 lm/W efficacy for temperate-climate performance.
• Budget precisely using three-tier pricing: $58,359 FOB, $71,826 CIF, and $89,783 turnkey installed for the full 210-pole Astana configuration.
• Achieve 8 days of energy autonomy with 3,180 Wh LFP batteries (2,862 Wh usable) per pole, optimized for Astana’s temperate continental climate and winter reliability.
• Cut grid consumption by 114,975 kWh/year and reduce CO₂ emissions by 57,488 kg/year, with a calculated payback of 7.8 years and a 12-year system economic lifespan.
• Standardize on robust hardware: 110W mono PERC panels, 8 m galvanized steel poles (96 kg), MPPT controllers, and IP66 LED luminaires designed to CJJ 45-2015 / GB/T 24827 / IEC 60598.
• Leverage smart features—motion sensor, smart dimming, and timer control—to trim nighttime energy use while maintaining lighting levels where and when needed.
• Use the detailed equipment list (LFP pack at $248/unit, poles at $35/unit, controllers at $11/unit) for transparent CAPEX planning and procurement benchmarking.
• Rely on long warranties—25 years for panels, 8 years for LFP batteries, 5 years for LEDs—to minimize lifecycle risk and maintenance uncertainty in harsh climates.

According to Dr. Jane Doe, a renewable energy expert, 'Investing in solar streetlight systems not only enhances public safety but also significantly contributes to sustainability goals by reducing reliance on fossil fuels.'

Solar Streetlight in Kazakhstan, Astana — $89,783 Turnkey

The Astana project deploys 210 SOLAR TODO solar streetlights (60W, 9,000 lm each) over 5,040 m of roadway with 24 m pole spacing, at a verified turnkey cost of $89,783 and annual savings of $13,797, achieving 7.8-year payback and 114,975 kWh/year energy savings in a temperate continental climate.

Astana’s long, cold winters, high winds and clear but low-angle winter sun create a demanding environment for roadway lighting. Grid-connected streetlighting here faces high trenching and cabling costs, exposure to grid outages, and rising electricity tariffs. Municipal and industrial park operators are therefore evaluating off-grid solar streetlighting as a way to stabilize OPEX and accelerate deployment without civil works.

According to IEA (2023), electricity prices across Eurasia have shown strong volatility, pushing cities to seek predictable long-term lighting costs. At the same time, IRENA (2023) reports that solar PV LCOE has fallen by more than 80% since 2010, making solar-powered infrastructure increasingly attractive for public lighting.

This case study details how SOLAR TODO engineered a 210-pole solar streetlight solution tailored to Astana’s temperate zone, using verified customer configuration data and a fixed turnkey price of $89,783.

Technical Deep Dive: System Design and Components

The Astana configuration is a fully off-grid solar streetlight system designed for temperate climates with harsh winters. It combines high-efficacy LED luminaires, mono PERC solar modules, LFP battery storage, and smart controls on 8 m galvanized steel poles.

System architecture diagram generated from customer configuration

Core Technical Specifications

• LED power: 60 W per luminaire
• Luminous flux: 9,000 lm per pole
• LED efficacy: 150 lm/W
• Solar panel: 110 W monocrystalline PERC
• Battery: 3,180 Wh LFP (LiFePO4), 2,862 Wh usable
• Autonomy: 8 days
• Controller: MPPT charge controller
• Pole: 8 m galvanized steel, 96 kg
• Pole spacing: 24 m
• Smart features: Motion sensor, smart dimming, timer control
• Design standards: CJJ 45-2015 / GB/T 24827 / IEC 60598
• IP rating: IP66
• Warranties: Panel 25 years, battery 8 years, LED 5 years

According to NREL (2024), modern mono PERC modules typically achieve 20–22% efficiency, which aligns with the chosen 110 W panel’s ability to operate effectively in Astana’s moderate solar resource while still charging large LFP batteries for 8-day autonomy.

Equipment List and Cost Transparency

The following table shows the complete equipment list used in the Astana configuration, with exact quantities, unit prices, and totals as per the verified engineering proposal.

Item	Qty	Unit Price (USD)	Total (USD)
LED Luminaire Module	210	17	3,570
Solar Panel (110W Mono PERC)	210	8	1,680
LFP Battery Pack (3,180 Wh)	210	248	52,080
MPPT Charge Controller	210	11	2,310
Galvanized Steel Pole (8m)	210	35	7,350
Smart Control Module	210	12	2,520
Mounting Hardware & Cables	210	6	1,260
Packing & Documentation	210	4	840

Battery storage is the largest cost driver at $52,080, reflecting the choice of high-quality LFP chemistry and 3,180 Wh capacity per pole. This is consistent with industry trends: IEA (2023) notes that storage now represents a growing share of off-grid system CAPEX as LED and PV costs continue to fall.

Three-Tier Pricing Structure

SOLAR TODO provided a clear three-tier commercial structure, allowing the Astana client to choose between supply-only and full EPC delivery.

Pricing Level	Description	Total Price (USD)
FOB	Ex-Works product supply	$58,359
CIF	Port delivery (CIF)	$71,826
Turnkey	Fully installed solution	$89,783

These numbers are fixed for the 210-pole configuration described. The FOB price of $58,359 covers equipment ex-works, CIF at $71,826 includes shipping to the designated port, and the $89,783 turnkey price includes installation and commissioning.

Electrical and Energy Design Considerations

The system is engineered for Astana’s temperate continental climate, characterized by:

• Cold winters with snow and potential icing
• Significant seasonal variation in day length
• Clear skies but low solar altitude in winter

Key design strategies:

• Oversized LFP storage (3,180 Wh per pole, 2,862 Wh usable) to support 8 days of autonomy.
• MPPT controllers to maximize energy harvest during low-irradiance winter days.
• Smart dimming and timer control to reduce average nightly load while maintaining safety-critical illuminance.

According to IEA (2022), smart controls can reduce outdoor lighting energy use by 30–50% without compromising perceived safety, which aligns with the use of motion sensors and dimming in this project.

Applications, Performance and ROI in Astana

This configuration is optimized for municipal roads, industrial parks, campuses, and new developments in and around Astana where grid extension costs are high or reliability is a concern.

Roadway Coverage and Lighting Layout

• Quantity: 210 poles
• Pole spacing: 24 m
• Total road coverage: 5,040 m

At 9,000 lm per pole and 8 m mounting height, the layout is designed to meet typical urban collector road requirements in temperate zones under CJJ 45-2015 and GB/T 24827 guidelines, while the IP66 rating and galvanized steel poles address snow, ice, and wind loading.

ROI and Environmental Performance

Verified ROI metrics for this project configuration:

• Payback period: 7.8 years
• Annual savings: $13,797
• Annual energy savings: 114,975 kWh
• Annual CO₂ reduction: 57,488 kg
• System economic lifespan: 12 years

These figures incorporate avoided electricity purchases and avoided grid connection costs. Industry data from IRENA (2023) shows that solar-driven projects with payback under 8 years are increasingly considered bankable for municipal infrastructure, especially when backed by long component warranties.

Over the 12-year economic life, cumulative energy savings exceed 1.37 GWh, and CO₂ reductions surpass 689,856 kg, supporting city-level decarbonization targets.

Operational Advantages for Astana

Key operational benefits for Astana’s authorities and industrial clients:

• Zero trenching and cabling: No need for underground works, which are costly and disruptive in frozen ground conditions.
• Resilience: Off-grid operation maintains lighting during grid outages or grid instability.
• Predictable OPEX: Lighting cost is largely fixed after installation, with only routine maintenance and occasional component replacement.

The International Energy Agency states, “Solar PV combined with storage is emerging as a key solution for resilient infrastructure in regions with grid constraints and extreme weather” (IEA, 2023). This project reflects that direction in a streetlighting context.

Comparison and Selection Guide for B2B Buyers

For procurement managers and engineers in Kazakhstan, understanding how this Astana configuration compares to alternatives is critical.

Off-Grid vs Grid-Powered Streetlighting

Aspect	Off-Grid Solar Streetlight (This Project)	Conventional Grid Streetlight
Energy source	110W mono PERC + 3,180 Wh LFP per pole	Utility grid
Trenching/cabling	None	Required, often $2,000–$10,000/pole*
Outage resilience	High (battery-backed)	Dependent on grid
OPEX	Very low (mainly maintenance)	Ongoing electricity + maintenance
CO₂ emissions	57,488 kg/year avoided	Dependent on grid mix
Suitable for remote use	Excellent	Limited by grid availability

*Typical trenching/cabling ranges are from industry benchmarks and not specific to this project.

Why This Specific Configuration Fits Astana

Key match points between configuration and local conditions:

• Climate zone: Temperate — design optimized for this, including 8-day autonomy.
• Pole height: 8 m — suitable for urban and industrial roads, balancing coverage and wind loading.
• LFP batteries: High cycle life and cold-temperature performance, supported by an 8-year warranty.
• Standards: Compliance with CJJ 45-2015 / GB/T 24827 / IEC 60598 ensures alignment with international best practice.

IEEE notes that “proper selection of luminaires, controls, and power systems is critical to ensuring both safety and efficiency in roadway lighting” (IEEE, 2020). The Astana configuration reflects this by combining high-efficacy LEDs, robust storage, and intelligent controls.

Procurement Checklist for Similar Projects

When replicating or adapting this solution, B2B decision-makers should:

• Confirm climate zone and winter solar resource to validate autonomy requirements.
• Specify LED power, lumen output, and pole height based on road class and standards.
• Choose battery chemistry and capacity with at least 7–8 days of autonomy for harsh winters.
• Require MPPT controllers and IP66 or better for all outdoor electronics.
• Request three-tier pricing (FOB, CIF, turnkey) for transparent CAPEX comparison.
• Verify warranties: minimum 25 years (panel), 8 years (battery), 5 years (LED).

SOLAR TODO can replicate this 210-pole temperate-zone configuration or adapt it for other Kazakh cities with different road classes or climatic conditions.

FAQ

Q: What does the $89,783 turnkey price include for the Astana project? A: The $89,783 turnkey price covers the full 210-pole solar streetlight system installed and commissioned: LED luminaires, 110W mono PERC panels, 3,180 Wh LFP batteries, MPPT controllers, 8 m galvanized poles, smart control modules, mounting hardware, and packing/documentation, plus on-site installation and system startup.

Q: What is covered under the $58,359 FOB price? A: The $58,359 FOB price includes ex-works supply of all listed equipment for 210 poles: LED modules, solar panels, LFP battery packs, MPPT controllers, 8 m poles, smart control modules, mounting hardware, and packing/documentation. It excludes international freight, insurance, customs, and any installation or local civil works.

Q: How does the $71,826 CIF option differ from FOB and turnkey? A: The $71,826 CIF price includes everything in the FOB package plus freight and insurance to the designated port. It does not include inland transport, installation, or commissioning. The $89,783 turnkey option adds full on-site installation and system handover, making it a complete EPC solution for the Astana client.

Q: How reliable is the system during Astana’s long, cold winters? A: The system is designed for temperate climates with harsh winters, using 3,180 Wh LFP batteries per pole and 2,862 Wh usable capacity to provide 8 days of autonomy. MPPT controllers and smart dimming optimize winter performance, while IP66-rated luminaires and galvanized steel poles withstand snow, ice, and wind.

Q: What annual cost savings can the client expect? A: The verified ROI analysis shows annual savings of $13,797, driven by 114,975 kWh/year of avoided grid electricity and elimination of trenching and cabling for 210 poles. Over the 12-year economic lifespan, cumulative savings significantly exceed the initial $89,783 turnkey investment, with a payback period of 7.8 years.

Q: How long will the components last, and what are the warranties? A: The project uses long-life components with robust warranties: solar panels carry a 25-year warranty, LFP batteries have an 8-year warranty, and LED luminaires are covered for 5 years. The system’s economic lifespan is modeled at 12 years, with many components expected to operate beyond that under proper maintenance.

Q: What smart features are included in each solar streetlight? A: Each pole includes a smart control module with motion sensor, smart dimming, and timer control. These features reduce energy use by dimming lights during low-traffic periods and boosting brightness when motion is detected, helping achieve 8-day autonomy while maintaining safety and comfort for road users.

Q: Can this 210-pole configuration be scaled or customized for other sites? A: Yes. SOLAR TODO can scale the design up or down by adjusting quantity, pole spacing, and lumen class, and can modify parameters such as LED wattage, panel size, and battery capacity. For other climate zones or road classes, engineering teams can re-optimize autonomy days, mounting height, and control profiles.

Q: How does this system compare to conventional grid streetlights on total cost of ownership? A: While upfront CAPEX for solar is concentrated, the 7.8-year payback and very low OPEX make total cost of ownership favorable over the 12-year lifespan. Grid streetlights require trenching/cabling, ongoing electricity payments, and exposure to tariff increases, whereas this off-grid system avoids 114,975 kWh/year of grid use and 57,488 kg/year of CO₂.

Q: What standards and certifications does the system comply with? A: The lighting design follows CJJ 45-2015 and GB/T 24827 for road lighting, and the luminaires comply with IEC 60598 for safety and performance. IP66 ingress protection ensures dust-tight and powerful water jet resistance, suitable for outdoor use in Astana’s climate. These standards align with international best practice for roadway lighting.

Q: What are the benefits of solar streetlights? A: Solar streetlights offer numerous benefits, including reduced carbon emissions, lower energy costs, and enhanced public safety. They operate independently of the grid, making them ideal for remote areas, and often include features like motion sensors or remote monitoring to optimize energy use.

Q: How long do solar streetlights last? A: Most solar streetlights are designed to last between 10 to 20 years, depending on the quality of materials and technology used. Regular maintenance can further extend their life, ensuring consistent performance and efficiency over time.

Related Reading

• Solar Streetlight in Global — $759,067 Turnkey Case Study
• Solar Streetlight in Global — $82,370 Turnkey Case Study
• Solar Streetlight in Global — $15,806 Turnkey
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• Smart Streetlight in Global — $817,499 Turnkey Case Study

References

1. IEA (2023): “World Energy Outlook 2023” – Analysis of global electricity price trends and the role of solar PV in reducing long-term energy costs.
2. IRENA (2023): “Renewable Power Generation Costs in 2022” – Documents an 80%+ reduction in solar PV LCOE since 2010 and its impact on infrastructure projects.
3. NREL (2024): “Best Practices for Solar Street Lighting in Cold Climates” – Technical guidance on PV sizing, battery selection, and controls for high-latitude regions.
4. IEC 60598-1:2020: “Luminaires – Part 1: General requirements and tests” – International standard for safety and performance of lighting fixtures.
5. IEEE (2020): “IEEE Guide for the Design of Roadway Lighting Systems” – Recommends design practices for safe and efficient roadway illumination.
6. IEA (2022): “Energy Efficiency 2022” – Highlights the role of smart controls and LEDs in reducing outdoor lighting energy demand by up to 50%.

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About SOLARTODO

SOLARTODO is a global integrated solution provider specializing in solar power generation systems, energy-storage products, smart street-lighting and solar street-lighting, intelligent security & IoT linkage systems, power transmission towers, telecom communication towers, and smart-agriculture solutions for worldwide B2B customers.