Architectural BIPV & Solar Facade
Architectural BIPV façades, solar-powered building systems, microgrids, and smart energy solutions — designed as unified, high-performance infrastructure for modern developments.
Why unified systems
Empereal designs and delivers unified architectural solar solutions that combine BIPV, energy storage, smart controls, and thermal systems into one seamless, high-performance building envelope.
From iconic solar façades and net-zero buildings to comprehensive resorts and industrial facilities, we provide complete system integration — architectural design, structural engineering, electrical integration, and long-term O&M — from a single specialized partner.
System architecture
Each discipline is engineered to work together — not independently procured and assembled on site.
Solar PV, solar thermal LFR, and backup generation — sized and configured for the site's load profile and solar resource.
Battery BESS and PCM thermal storage — matched to the energy type, duration requirement, and dispatch strategy.
Solar-powered desalination — LFR-MED or PV-RO — paired with thermal storage for continuous fresh water production.
Intelligent EMS coordinating all systems — monitoring, dispatch optimisation, fault management, and performance reporting.
Scope of services
Empereal’s Architectural BIPV & Solar Facade scope covers complete engineering and delivery — from system architecture and feasibility through construction, commissioning, and long-term asset management.
Custom-designed architectural BIPV, solar façades, canopies, and railings — IEC-certified and SHAMS/D33 compliant.
Solar PV combined with BESS and controlled backup — designed for peak shaving, load shifting, and reliable power.
LFR thermal fields paired with PCM storage to drive MED desalination — 24/7 power and water from a unified plant.
Both utility grid-tied and fully standalone off-grid system architectures optimised for site conditions.
Full integration of electrical, mechanical, and control systems across generation, storage, and consumption.
End-to-end engineering, procurement, construction, commissioning, and long-term performance management from a single partner.
Featured project
Zamani Islands Resort
A fully renewable-powered net-zero resort spanning 8 islands in the Maldives. The development integrates large-scale BIPV, net-zero architecture, agri-photovoltaics, and a circular zero-waste strategy. Located 21 nautical miles from Velana International Airport.
The Empereal advantage
When solar PV, thermal, storage, and desalination systems are procured separately and assembled on site, the result is often suboptimal — mismatched sizing, interface conflicts, duplicated controls, and no single party accountable for overall performance.
Empereal designs the entire system from a single set of inputs — site load profile, water demand, solar resource, and budget — then engineers every subsystem to work together. One design. One contract. One performance guarantee.
Key Benefits:
Selected experience
Commissioned energy and water projects demonstrating the breadth of Empereal's full-system delivery capability.
A fully renewable-powered net-zero resort spanning 8 islands in the Maldives. The development integrates large-scale BIPV, net-zero architecture, agri-photovoltaics, and a circular zero-waste strategy. Located 21 nautical miles from Velana International Airport.
View case study
850 kWp solar PV system with Battery Energy Storage System (BESS) integration and intelligent energy management for net-zero resort operations, significantly reducing reliance on diesel generators.
View case studyApplications
Empereal’s Architectural BIPV and unified solar solutions serve clients who require continuous, reliable renewable energy and water systems — across hospitality, industrial, commercial, and remote infrastructure projects.
Fully renewable power and water systems for hospitality — eliminating diesel supply chains and providing guests a genuinely net-zero experience.
BIPV generation paired with battery storage and intelligent building energy management — turning the building envelope into a unified energy system.
Simultaneous electricity, process heat, and ultra-pure water production — replacing fossil-fuel-powered utilities in manufacturing and processing.
Decentralised community-scale power and water infrastructure for villages and communities beyond the reach of national grids.
Reliable hybrid systems for hospitals, data centres, emergency services, and public facilities — where power continuity is non-negotiable.
Standalone energy and water systems for off-grid mining — reducing diesel logistics, lowering operating costs, and meeting reporting requirements.
How we deliver
Integration begins at the design stage — not on site. Every subsystem is specified to work within the unified energy system from day one.
Load profiling, solar resource assessment, technology selection, and unified system modelling — power and water together.
Detailed multi-discipline engineering — electrical, mechanical, civil, controls — across all generation, storage, and distribution subsystems.
Coordinated procurement and construction management across all components — a single construction programme, one site team.
Unified system commissioning, EMS configuration, performance testing, and long-term O&M across the complete asset.
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Utility-scale PV farms, commercial & industrial rooftops, solar carports, ground-mounted systems, single-axis trackers, and architectural BIPV. Full lifecycle design, EPC, and O&M.
Battery energy storage paired with solar PV, proprietary thermal storage using phase-change materials, molten salt CSP storage, and intelligent energy management systems.
Alkaline electrolyser-based green hydrogen production paired with solar PV and desalination — including India’s first sea-water-to-hydrogen project and DEWA hydrogen plants.
Solar thermal desalination using LFR technology, PV-RO systems, forward osmosis, solar-biomass hybrids, industrial effluent recovery, and off-grid fresh water solutions.
Speak with our technical team about your requirements — from initial feasibility through to long-term operations.
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