TECHEDGE
Complete energy systems for AI data centers—solar, wind, storage, backup and EMS—plus battery, charging and swapping power systems for embodied-AI robots.
Built for dynamic AI loads
Group-wide energy storage system & software patents
Modular BESS-as-UPS deployment blocks
Long-duration backup configurations
Group EMS deployment sites
Westlake TechEdge Pte. Ltd. is the Singapore hub for energy that powers intelligence. Power availability—not land or chips—is becoming the defining constraint on AI growth, and on robots leaving the lab. Our mission is to remove it: storage that acts as an active energy asset keeping compute online, and power systems that let embodied AI work nonstop.
A new energy architecture for AI↗01 / AI DATA CENTER ENERGY. Our first pillar is the full energy ecosystem for AI compute centers: solar and wind integration, containerized LFP storage, medium-voltage BESS-as-UPS, 4–8 hour long-duration backup that replaces diesel, and grid-level EMS with AI load forecasting and VPP-ready dispatch—engineered from cell to PCS as one accountable system.
02 / EMBODIED AI POWER. Our second pillar brings the same data-center-grade safety discipline to robots: E-PACK structural batteries and E-BMS 48V power distribution for humanoids, quadrupeds and AMRs, E-SWAP autonomous battery swapping with a charging base, E-DOCK contact and wireless charging, and E-OS fleet energy software. Robot products are concept and R&D programmes, not mass-production specifications.
MANUFACTURING HERITAGE. Westlake TechEdge is backed by its sister company Westlake New Energy Co., Ltd., a lithium-battery manufacturer in mainland China that produces lithium battery cells, modules, packs, racks and larger storage systems. Through it we gain a global supply chain advantage in batteries and energy storage—cell supply, manufacturing scale, cost and delivery speed—backed by 47 group-wide patents in energy storage systems and software, and group EMS experience across 176 telecom sites.
WHY SINGAPORE, WHY NOW. Singapore is a regional data-center hub with more than 1.4 GW of capacity, and IMDA’s Green Data Centre Roadmap ties new capacity to energy efficiency and green energy (IMDA, 2024). From here we serve Johor, Batam and Jakarta. Robots are scaling in parallel: TrendForce expects humanoid shipments above 50,000 units in 2026, most still limited to 2–4 hours of runtime (TrendForce, Jan 2026).
See our manufacturing depth↗Composable solar, wind, storage, backup and EMS architectures for new AI campuses and existing data centers—designed around your load profile, resilience targets and energy strategy.
Merge UPS and backup power into one medium-voltage storage architecture, with millisecond response for the rapid load swings of AI training and inference.
A coordinated portfolio for the AI data-center power train: storage hardware, power conversion and energy intelligence. Final ratings and configurations are engineered per project.
Integrated battery, thermal management, fire protection, controls and electrical interfaces for AI data center and utility-scale applications.
A medium-voltage storage architecture combining UPS and backup functions for high-density, fast-changing AI compute loads.
High-capacity LFP storage configured for diesel replacement, prolonged ride-through and resilient data center operations.
Grid-level monitoring, forecasting and dispatch software that turns distributed storage and renewables into a coordinated energy asset.
Product configurations, certifications and performance parameters are confirmed during project engineering and contractual technical review.
From cell to charger, we co-develop batteries and complete power systems for humanoids, quadrupeds and AMRs—structural packs, BMS and 48V power distribution—plus the autonomous swap, dock and charging infrastructure that keeps robot fleets working around the clock.
One energy layer linking the robot, the building and the grid—built with the safety discipline of AI data-center power.
A 48V-class modular robot power architecture: structural pack, dynamic BMS, protected power bus, swap and charge infrastructure, and fleet energy software. Select a replenishment path to explore.
Contact or wireless docks turn hand-offs, queues and idle windows into charge time, with robot ID, alignment tolerance and chemistry-specific charge profiles built in.
Assumed concept pack: 2.0 kWh · 90% usable window · swap or dock on demand
Engineering illustration only. Runtime varies with gait, payload, AI compute, temperature, pack age and duty cycle; this demo is not a product performance commitment.
High-rate NMC for humanoids, LFP for AMRs, semi-solid and solid-state cells under evaluation, with load-bearing enclosures, anti-propagation design and drop-tolerant serviceable modules.
R&D DIRECTIONCell sensing, SOC/SOH estimation, peak-current management for joint actuators, e-fuse protection and isolated, prioritized power rails for onboard AI compute.
24 / 48V REFERENCE ARCHITECTURESRobot-executed dual-pack hot swap in minutes, a base station that charges and cools spare packs, plus contact, wireless and ultra-fast charging matched to uptime and site.
SYSTEM CONCEPTSMission-aware swap and charge dispatch, pack-level health analytics, tariff- and BESS-aware scheduling, and APIs linking robot fleets with WMS, BEMS and site EMS.
SOFTWARE ROADMAPSeven public reference points informing our product architecture.
Manufacturer-published specifications and analyst forecasts, not independent test results. Runtime and charging comparisons require equivalent workloads and test conditions.
We design the complete electrical and energy architecture for intelligent homes and workplaces—integrating clean power, storage, building loads, EV charging and robot E-DOCK and swap points.
Coordinate rooftop solar, home storage, EV and robot charging, backup power and household loads around comfort, resilience and electricity prices.
Load studies, distribution architecture, critical-load planning, protection coordination and charging infrastructure designed as one system.
Home battery, EV charging, robot E-DOCK, intelligent circuits and clean-energy orchestration for safer, more resilient everyday living.
Coordinate HVAC, lighting, storage, EV and robot fleets to manage peaks, improve energy visibility and support demand response.
Reserved power capacity, E-DOCK and swap locations, connectivity, safety zones and E-OS APIs for buildings designed to welcome robot fleets.
System interfaces may include REST, Modbus and BACnet subject to equipment compatibility and project cybersecurity review. Final electrical designs require local qualified engineering approval.
Research, engineering and manufacturing span data-center storage and robot power, giving you greater control over safety, performance, cost and delivery.
High-safety cells, LFP modules, PACK and containerized systems, plus robot E-PACK R&D, engineered as one electrical platform.
Hybrid GFM/GFL control establishes voltage and frequency references while responding to dynamic compute loads.
Grid-level EMS, AI load forecasting and real-time dispatch coordinate every energy asset, from BESS to robot fleets, around your priorities.
Backed by the group's lithium-battery manufacturing in China, our manufacturing chain spans cells, modules, PACK, racks and utility-scale integration. OEM/ODM support includes BOM optimization, factory quality planning, FAT procedures and destination certification pathways.
Discuss your manufacturing needs↗Our China affiliates within Westlake New Energy Group provide the manufacturing and engineering foundation behind Westlake TechEdge. The group connects battery R&D, process innovation, equipment manufacturing and system integration with our Singapore-based APAC delivery platform.
Group-wide energy storage system & software patents
Planned manufacturing site area
Planned total investment
Cell, module, PACK, rack & system integration
Group project experience across data centers, telecom infrastructure and industrial energy systems.
Smart energy storage solutions delivered with leading data center operators including GDS and Data Port.
A large-scale 5G base-station storage EMS deployment, coordinating distributed energy assets across Jiaxing.
A pioneering industrial smart-storage project supporting power-shortage mitigation and recognized as a national key project.
WESTLAKE TECHEDGE PTE. LTD. is our Singapore-based platform for Asia-Pacific, connecting global technology and manufacturing resources with the region's fast-growing AI data center and robotics markets.
Tell us about your data center load, robot platform, building energy system or manufacturing needs. We will help you frame the right architecture.