1. Residential Solar PV Installation
Every home system begins with a comprehensive consultation—our engineers analyze rooftop orientation, shading patterns, and structural load capacities to design an optimal photovoltaic array.
We offer monocrystalline and polycrystalline panel options in sizes ranging from 1 kW to 20 kW, catering to apartments, single-family houses, and multi-story residential complexes.
Our certified technicians handle all aspects of installation: mounting hardware selection, PV string configuration, AC/DC combiner box wiring, and inverter integration for seamless grid synchronization.
Clients receive a detailed energy-yield projection, illustrating expected monthly generation, self-consumption percentages, and net-metering benefits during low-usage periods.
Post-installation, we provide a user-friendly monitoring dashboard—accessible via smartphone or desktop—that displays real-time performance metrics, system health alerts, and historical production data.
Our maintenance package includes biannual cleaning, visual inspection of modules and junction boxes, and inverter firmware updates, ensuring maximum generation efficiency and warranty compliance.
2. Commercial & Industrial Solar Solutions
For businesses, we deliver large-scale rooftop or ground-mounted systems—ranging from 50 kW up to 1 MW—designed to supply daytime load, offset demand charges, and qualify for net-metering credits.
Our project managers conduct detailed load studies and financial analyses, calculating ROI based on region-specific tariffs, available rebates, and anticipated diesel-savings when paired with existing generators.
We coordinate with local utility authorities to obtain interconnection approvals, streamline net-metering applications, and ensure compliance with NEPRA regulations and AEDB guidelines.
All commercial installations utilize high-wattage PV panels (450–550 W) and three-phase hybrid inverters with integrated MPPT trackers, maximizing energy capture under partial shading and variable irradiance conditions.
To ensure minimal downtime, we implement staged rollouts, conducting live load transfers and synchronous installation checks, so that your business operations continue uninterrupted.
Our turnkey service wraps in O&M contracts, SCADA-based performance monitoring, and quarterly performance audits—guaranteeing your solar investment consistently delivers projected savings and maintains peak reliability.
3. Off-Grid & Hybrid Solar-Battery Systems
In remote locations or areas with unreliable grid access, solarnesthub engineers design robust off-grid microgrids—combining solar panels, lithium-ion battery banks, and efficient charge controllers tailored to local climate and load demands.
Our off-grid systems range from 2 kW setups powering rural homes to 100 kW microgrids fueling agricultural pump stations, health clinics, and community centers in Balochistan and rural Khyber Pakhtunkhwa.
Hybrid solutions integrate solar generation with grid-tied inverters and battery storage to provide peak-shaving, load-shifting, and emergency back-up—ensuring uninterrupted power during load-shedding or grid faults.
We select high-cycle-depth lithium-iron-phosphate (LiFePO₄) batteries, optimized for extreme temperatures, and pair them with advanced BMS (Battery Management Systems) that protect against over-discharge, over-charge, and short circuits.
Installation includes grounding protocols, lightning arrestors, and surge-protection devices, safeguarding both sensitive electronics and heavy-duty loads in off-grid and hybrid environments.
Comprehensive training for local operators is provided—covering battery maintenance, inverter troubleshooting, and PV array inspection—ensuring sustainable, community-led management of off-grid and hybrid systems.
4. Solar Water Pumping Solutions
solarnesthub designs solar-powered water-pumping systems for agricultural irrigation, livestock watering, and rural water supply, replacing costly diesel generators and enabling sustainable resource management.
Our engineers conduct site surveys to assess water table depths, irrigation demands, and pump curves, specifying DC submersible pumps or AC pumps powered via inverters—depending on pump size and model.
Systems range from 0.5 HP solar submersible pumps for smallholder farms to 10 HP setups for commercial agricultural estates, each paired with MPPT charge controllers to optimize energy transfer under variable sun exposure.
We design bespoke pumping schedules—based on crop water requirements and seasonal precipitation patterns—to maximize water-use efficiency while minimizing battery cycling.
After installation, remote monitoring via IoT sensors tracks pump runtime, water output, and solar array performance, enabling predictive maintenance and prompt troubleshooting.
By replacing diesel pumps with solar alternatives, farmers save up to 70% in fuel costs, reduce carbon emissions, and enhance crop yields through reliable, on-demand water access.
5. Energy-Efficiency Audits & Retrofits
Our certified energy auditors conduct comprehensive on-site assessments for residential, commercial, and industrial facilities—analyzing HVAC systems, lighting, insulation, and process energy demands.
Using thermal imaging, power-quality analyzers, and data-loggers, we identify efficiency gaps such as air leaks, outdated chillers, and inefficient lighting fixtures that drive up utility bills.
Following the audit, clients receive a detailed report outlining recommended retrofits—LED conversions, solar water heaters, rooftop insulation, and VFD motor controls—each with projected payback periods and cost-benefit analyses.
solarnesthub coordinates with local contractors to implement retrofits, ensuring adherence to industry standards and seamless integration with existing electrical infrastructures.
Post-retrofit, we perform verification measurements—documenting energy savings, reduced peak demand charges, and improved power factors—to validate ROI and help clients qualify for energy-efficiency incentives.
Through targeted efficiency measures, clients often achieve a 20–30% reduction in annual energy consumption, complementing their solar installations and optimizing total energy expenditure.
6. Solar Street Lighting & Off-Grid Community Solutions
solarnesthub designs and installs solar-powered LED street-lighting systems for urban municipalities, rural villages, and highway corridors—enhancing safety, reducing grid burdens, and lowering maintenance costs.
Our solar street-lighting packages include high-efficiency monocrystalline panels, durable lithium batteries, smart controllers with dusk-to-dawn photocells, and 70–150 W LED luminaires delivering up to 150 lumens per watt.
Each installation undergoes lighting-level calculations—using photometric modeling—to ensure uniform illumination, minimize light pollution, and comply with local regulatory standards for nighttime visibility.
For off-grid villages and schools, we provide community-energy hubs featuring modular solar arrays and battery storage, powering LED lighting, Wi-Fi hotspots, and shared refrigeration for vaccines or perishable foods.
We train local technicians in preventive maintenance—battery replacement, panel cleaning, and controller calibration—to ensure sustainable operation with minimal external intervention.
By replacing diesel generators and kerosene lamps, these solar community solutions improve public safety, reduce health hazards, and foster socio-economic development in underserved areas.