Advanced Renewable Architecture

Intelligent Solar & Energy Storage Engineering

Premium bifacial PV arrays, precision-calibrated LiFePO4 battery banks, and hybrid inverter systems engineered for ultimate energy independence.

98.5%
Inverter Max Efficiency
6,000+
LiFePO4 Cycle Life
Tier 1
PV Standard Quality
24/7
Real-time Telemetry

Engineered For Maximum Yield

Full-spectrum power solutions from residential hybrid setups to commercial solar arrays.

LiFePO4 Battery Banks

High-density 16-cell configurations with smart BMS communication, active balancing, and sub-10ms UPS failover.

Smart Hybrid Inverters

Zero-export grid synchronization, secondary load shedding, and generator integration with cloud telemetry.

System Auditing & Sizing

Complete DC/AC string optimization, junction box thermal diagnostics, and cable gauge line loss calculations.

Verify your solar panel serial authenticity?

Scan barcodes to detect B-grade stock, fake labels, and verify against manufacturer databases.

Hardware Lineup

HelioVolt Product Portfolio

Industrial-grade components built for rigorous ambient temperatures and heavy cycle demands.

HelioVolt 51.2V LiFePO4 Bank

16S modular battery configurations with industrial active balancers, RS485/CAN protocol synchronization, and extended cycle endurance.

  • Available in 100Ah & 314Ah capacities
  • Integrated Smart BMS with real-time app telemetry
  • Over 6,000 deep discharge cycles @ 80% DoD
  • Dual circuit isolation protection

HelioVolt Hybrid Smart Inverters

High-efficiency single & three-phase pure sine wave hybrid inverters with dual MPPTs and dedicated backup sub-circuits.

  • Ratings: 6kW, 8kW, 10kW, 12kW & 30kW Commercial
  • Grid Zero-Export and Net-Metering Compatible
  • Intelligent secondary load shedding
  • Remote Wi-Fi & cloud monitoring

Bifacial Half-Cut PV Modules

Tier-1 ultra-high output monocrystalline modules designed to capture ambient reflection and maximize high-temperature generation.

  • 585W to 770W+ High-yield ratings
  • Up to 25% bifacial rear-side albedo gain
  • Low temperature coefficient for hot climates
  • 25-Year linear performance warranty
Engineering Services

Solar & Storage Services

Turnkey engineering services ensuring peak generation yield, safety, and electrical longevity.

Turnkey Commercial Projects

Complete project lifecycle management from geographic yield calculations, structural array sizing, to 3-phase synchronization and commissioning.

  • DC/AC string optimization & line loss mitigation
  • Industrial switchgear and surge protection

Array Diagnostic & Site Audits

Detailed performance rectification for degraded arrays. We inspect junction boxes, correct cable sizing, and eliminate mismatch losses.

  • Thermal hot-spot string scanning
  • Inverter firmware & zero-export calibration

Custom Battery Assembly & Balancing

Custom-built lithium energy banks for commercial facilities, telecom setups, and residential backup with calibrated active balancing.

  • Individual cell capacity matching & internal resistance QA
  • Custom laser-cut steel/aluminum ventilated enclosures
System Sizing Tool

System Sizing & Capacity Calculator

Simulate your required solar generation capacity, inverter requirements, and battery storage volume in real-time.

800 Units
Check your monthly electricity bill for consumed units.
4.8 Hours
Regional standard irradiance (Average 4.8 – 5.2 hrs/day in Punjab).
5.0 Hours
Essential load run-time during load shedding or dark hours.
Recommended Array
7.0 kWp
~12x 585W Modules
Inverter Rating
8.0 kW
Hybrid Smart Inverter
LiFePO4 Storage
13.9 kWh
~300 Ah @ 51.2V Bank
Est. Monthly Yield
1,008 kWh
Covers ~126% of usage

Solar PV Array Engineering & Sizing Formula

To calculate the required DC photovoltaic array capacity for zero-bill net-metering under NEPRA (National Electric Power Regulatory Authority) and local DISCO (LESCO, IESCO, FESCO) bi-directional billing, HelioVolt applies standard regional derating:

Required Array (kWp) = [ (Monthly kWh / 30 Days) / Peak Sun Hours ] × 1.25 Loss Factor
Monthly Units Array Sizing Recommended Inverter Storage Bank (LiFePO4)
350 – 500 kWh 3.6 – 4.5 kWp 5.0 kW Single-Phase Hybrid 5.12 kWh (51.2V 100Ah)
700 – 1,000 kWh 7.0 – 9.0 kWp 8.0 – 10.0 kW 3-Phase Hybrid 16.07 kWh (51.2V 314Ah)
1,200 – 2,000 kWh 12.0 – 18.0 kWp 15.0 – 20.0 kW Commercial 32.14 kWh (2× 314Ah Parallel)
Runtime Estimator

Blackout Survival Runtime Simulator

Configure household and essential appliances to compute real-time backup runtime on your LiFePO4 battery bank.

1. Battery & Inverter Profile
2. Essential Appliances Selection 0 Active

LiFePO4 vs. Lead-Acid Battery Discharge Physics

Usable electrical runtime during blackout conditions is determined by gross stored energy, maximum depth of discharge without cell degradation, and inverter conversion efficiency:

Usable Watt-Hours (Wh) = Gross Capacity (V × Ah) × Depth of Discharge (%) × Inverter Efficiency (%)

While legacy tubular lead-acid batteries suffer severe Peukert losses and thermal fatigue when discharged past 50%, 16S prismatic Grade-A LiFePO4 modules (such as HelioVolt 51.2V 314Ah storage banks) sustain 90% Depth of Discharge with a flat discharge plateau across 6,000+ deep cycles.

Authenticity Audit

Solar Panel Serial Authenticity Checker

Scan your panel barcode or type serials to verify origin, decode manufacturer syntax, and run physical anti-counterfeit audits.

1. Scan Barcode / QR Code Idle

How to Identify Counterfeit or B-Grade Solar Panels

B-grade or rejected modules are often salvaged and relabeled with forged Tier-1 stickers. Check these physical indicators:

  • Sub-Glass Barcode Lamination: Genuine Grade-A manufacturers (Jinko, Longi, Canadian Solar) embed the serial barcode between the EVA film and toughened solar glass. If the barcode is a surface sticker, it is counterfeit.
  • Matching Frame QR Code: The serial number etched on the front glass matrix must match the silver QR sticker adhered to the anodized aluminum frame channel.
  • Optical Hot-Spot Consistency: Uneven crystalline hue across half-cut wafers indicates cell binning mismatch that leads to premature localized thermal degradation.
Direct WhatsApp Inquiry

Request a Technical Proposal

Fill in your contact details or transfer parameters from the sizing calculator or backup simulator to send your inquiry straight to WhatsApp.