At Hoordad Energy Ariyan, our journey began with a deep passion for sustainability and a commitment to creating a greener future.


By blending our expertise in energy systems with cutting-edge technologies,
we deliver innovative, efficient, and cost-effective solutions tailored to our clients' needs.


Dedicated to excellence, we take pride in offering exceptional service and consistently exceeding expectations in every project we take on.

“From façade to fleet—energy that manages itself.”

SaaS — AI-Native EMS + Smart Grid/VPP

Overview
Hoordad’s EMS is built AI-first: distributed “agents” sense, decide, and act—continuously learning from live IoT data, weather, and tariff signals. From one building to a multi-site campus, the platform turns fragmented assets into a coordinated virtual power plant.

Core Capabilities

  • Real-time optimization: dynamic setpoints for HVAC/lighting, battery charge/discharge, EV smart-charging, solar curtailment, and more

  • Predictive control: day-ahead and intra-day schedules driven by high-accuracy forecasts

  • Cost & carbon minimization: tariff arbitrage, peak shaving, TOU shifting, grid-intensity awareness

  • DR automation: automated event participation with verification & reporting

  • VPP aggregation: group diverse sites/assets; dispatch as one portfolio

  • Insight & reporting: live dashboards, alerts, KPI tracking, compliance exports

  • Security & resilience: role-based access, encrypted comms, local fail-safe modes

What you get (outcomes)

  • 10–30% typical cost reduction from optimization & DR participation (project-dependent)

  • New revenue streams via flexibility markets and utility programs

  • Lower emissions with grid-intensity-aware scheduling

  • Fewer surprises thanks to predictive maintenance and anomaly detection

Plans

  • Essentials: monitoring + baseline optimization

  • Pro: DR automation, advanced forecasts, multi-site control

  • Enterprise/VPP: portfolio optimization, market integration, custom APIs & SLAs

 

Hardware — Transparent Solar, BIPV & Agrivoltaics

Transparent Solar Windows
Turn glazing into a multi-function asset: generate electricity from non-visible spectra while preserving daylight and views. Enable dynamic opacity for thermal comfort and privacy. At airports, museums, and smart campuses, activate digital signage/wayfinding and interactive content—powered by the sun and orchestrated by the EMS (e.g., reduce brightness during peaks, boost messaging in high-traffic windows).

Building-Integrated Photovoltaics (BIPV)
Architectural solar that disappears into design. Custom glass, façade cassettes, skylights, and shading elements produce clean power without visual compromise. We engineer the stack—modules, mounting, wiring, inverters—and align performance with structural and fire codes. EMS integration ensures optimal output, peak-shaving, and lifecycle monitoring.

Agrivoltaic Greenhouse Systems
Semi-transparent PV canopies/roofs deliver electricity while shaping the light spectrum for crops. Integrated HVAC, humidity, and irrigation controls create a precise microclimate. The EMS predicts weather and demand, auto-tuning shading/opacity, ventilation, and energy storage to maximize yields and minimize costs.

Delivery Model

  • Discovery & Feasibility: site survey, energy modeling, ROI scenarios

  • Design & Engineering: architectural integration, electrical layouts, code compliance

  • Procurement & Installation: qualified vendors, QA/QC, commissioning

  • Operations: EMS monitoring, performance guarantees (optional), maintenance

Key Benefits

  • Dual/triple utility: power generation + shading/thermal control + (for windows) content/wayfinding

  • Lower OpEx: on-site solar offsets grid consumption; EMS trims peaks

  • Sustainability impact: visible decarbonization with educational/brand value

  • Space efficiency: generate power without new land use; ideal for dense sites

  • Data-driven uptime: health monitoring, alerts, predictive maintenance

Ideal Use Cases
Airports • Museums & cultural venues • Corporate HQs • Transit hubs • Smart campuses • Greenhouses & ag-tech parks • Malls & retail façades • Convention centers.

“Windows that power. Buildings that think.”