Explore our primary collection of high-efficacy stage and architectural wash lights engineered to run on clean DC/battery energy with wireless control configurations.
In modern industrial facilities, historic architectural properties, and temporary events, deploying structural AC wiring is either cost-prohibitive or structurally prohibited. "Indoor lighting without electricity" represents a core engineering response to this limitation. By leveraging ultra-high-efficiency LED emitters with low-loss DC drive circuitry, integrated battery systems, and intelligent wireless controls, designers can establish reliable, brilliant illumination environments without permanent electrical infrastructure.
Utilizing high-purity LED dies that produce up to 150 lumens per watt. This reduces current draw from DC battery packs, enabling continuous operation for over 12–24 hours on a single charge cycles.
By eliminating cable laying, copper sourcing, and complex electrical engineering approvals, setups that once took days are now accomplished in a few hours, dramatically cutting labor costs.
Integrated microprocessors manage charging profiles, prevent deep discharges, and dynamically throttle output according to thermal parameters to prolong standard battery lifespan.
Established in 2014, iTOPLITE (Guangzhou iTOPLITE Technology Co., Ltd.) has emerged as a premier manufacturing enterprise within the specialized field of optoelectronics. Over the past decade, we have dedicated ourselves to the high-efficiency production of mid-to-high-end products, focusing on robust stage lights, architectural LED wash lamps, and comprehensive wireless and battery-operated lighting solutions. Our mission is clear: to offer global distributors, rental companies, and industrial integrators a seamless, one-stop procurement and engineering experience.
Operating under the business philosophy "Innovation creates value, win-win achieves the future," and anchored in a culture where "innovation is the way to win, and integrity is the foundation of our existence," iTOPLITE continuously expands the limits of high-performance architectural and performance luminaires.
High-quality cordless lighting relies on precise electronic systems. The following table showcases how our high-power LED systems interface with portable power banks, integrated cells, and smart solar grids.
| Lighting Category | Typical Drive Voltage | Wireless Protocol Option | Efficacy Rating (lm/W) | Ideal Thermal Management System |
|---|---|---|---|---|
| Battery-Powered Wash Lights (e.g., FC100) | 12V – 24V DC | 2.4GHz Wireless DMX / CRMX | 110 – 130 lm/W | Convection cooling (Noiseless) |
| High-Power Strobes (e.g., MH-1000ST) | 48V DC / Battery Buffer | DMX512 / Art-Net over Wi-Fi | 120 – 140 lm/W | Forced-air intelligent fan control |
| Waterproof Outdoor Event Spotlights | 36V DC / Solar Battery Pack | Long-Range Wireless DMX (up to 500m) | 130 – 150 lm/W | Sealed die-cast aluminum heat sinks |
| Precision Moving Heads (e.g., CL800P) | 24V – 48V DC | Integrated WDMX and RDM | 100 – 120 lm/W | Liquid cooling loop & low-noise fans |
By transitioning to high-frequency constant-current drivers (typically >1200Hz PWM), iTOPLITE fixtures maintain flicker-free performance under high-speed cameras. This is crucial for temporary television studios, commercial broadcast spaces, and architectural galleries that run on localized battery banks.
Our state-of-the-art facilities in Guangzhou leverage Southern China's optoelectronic ecosystem to ensure raw material consistency and rapid production cycles.
Every product is manufactured to pass strict ISO9001 international quality benchmarks and ISO14001 environmental protocols. We conduct 72-hour continuous burn-in tests and high-pressure water spray exposure tests on all IP-rated outdoor models.
Guangzhou is the global hub for high-purity aluminum housings, optical lenses, and specialized driver chips. By keeping fabrication, assembly, and testing within one geographical cluster, we drastically reduce lead times to 15-20 days.
Our dedicated engineering and design team works directly with international contractors to customize LED PCB designs, custom beam angles (from narrow 8° spot to wide 60° wash), and specialized wireless firmware interfaces.
Our ongoing research points to a completely grid-independent future for temporary architectural installations and commercial stage lighting setups.
Integrating safe, high-capacity Lithium Iron Phosphate cells into fixture bases, offering 3,000+ charge cycles and stable output profiles even under freezing temperatures.
Developing lightweight, attachable PV modules that mount directly onto exterior architectural wash lights to provide auxiliary energy generation during daylight hours.
Moving from point-to-point wireless solutions to distributed mesh control topologies, allowing automated relaying of control signals across vast indoor and outdoor sites.
From historic landmarks to complex off-grid construction facilities, cordless lighting solutions deliver critical advantages.
Drilling stone walls or installing modern cabling in protected monuments is strictly prohibited. Low-voltage, battery-powered uplights with wireless DMX control provide complete illumination without damaging historic structures.
When the local grid collapses due to weather anomalies, rapidly deployable IP65 waterproof strobe and flood fixtures function as visible beacons and workspace lighting, operating from portable power stations.
Temporary structural domes, modular steel depots, and remote mining offices require fast-to-install illumination. Battery-integrated fixtures minimize complex overhead wiring installation costs by up to 70%.
Explore our selection of heavy-duty, certified projection luminaires designed for harsh settings, entertainment events, and commercial properties.
Our dedication to reliable service extends to on-site testing, photometrics simulations, and customized industrial design packaging.
Technical questions answered directly by our Guangzhou Optoelectronic Engineering Division.
iTOPLITE