TODAY IS THE FUTURE

green electricity from the earth
    Reliable off-grid power

    Primary carbon-zinc cell for ultra-low-power IoT. No grid required; stable output for LoRa sensors and beacons.

    Long-lasting and safe

    Extended service life and predictable discharge profile. Maintenance-light design; operation in typical outdoor conditions year-round.

    Low-impact materials

    Carbon-zinc chemistry with recyclable metal components. Lower environmental footprint vs. many lithium systems; compliant with RoHS/REACH.

    SERP Battery www.serp.tech
    SERP Carbon-Zinc Battery

    Primary carbon-zinc cell optimized for ultra-low-power IoT. Delivers stable voltage for LoRa nodes with long service intervals and zero maintenance.

    SERP Battery www.serp.tech
    Off-Grid Lighting with LoRa Control

    Autonomous lighting for remote areas: dusk-to-dawn operation, LoRa-based monitoring/alerts, and easy field maintenance where grid power is unavailable.

    SERP Battery www.serp.tech
    SERP Autonomous Power for Field Infrastructure

    Rugged, ground-installed power module for sensors, markers and safety beacons. Long-life carbon-zinc supply + LoRa connectivity for reliable operation in the field.

    From prototype to field deployment.

    SERP carbon-zinc power modules and LoRa nodes are pilot-ready today. Scalable options for real-world infrastructure.

    We will do the impossible!

    Addressing the lack of electricity consumption in alternative ways.

    Advertising illumination

    Billboards and roadside poles are often placed where there is no practical grid access.
    Running a cable, securing permits and paying for a new connection can cost more than the lighting itself.
    SERP power modules provide off-grid energy for night illumination without trenching or meters.

    Primary cells: carbon-zinc or copper-zinc (selected by climate and duty cycle).
    Designed for: low-power LED schemes and LoRa-based monitoring/alerts.
    Serviceability: predictable intervals; field maintenance in minutes.
    Park lighting

    Large park zones rarely justify full cable networks: trenching damages the landscape and OPEX grows with every extra line.
    With SERP, lighting extends to trails and remote corners as modular off-grid points that work year-round.

    Drop-in poles with integrated SERP cell (carbon-zinc or copper-zinc) and dusk-to-dawn control.
    LoRa telemetry for status, tamper alerts and maintenance planning.
    Minimal visual impact — no continuous cabling across green areas.
    Low-power supply

    For camera traps, seismic probes and micro-weather stations the main pain is power.
    SERP cells deliver a stable primary source for ultra-low-power IoT where replacement visits are costly or disruptive.

    Chemistry options: carbon-zinc (baseline) and copper-zinc (alternative) — chosen per environment and load profile.
    Radio: supports LoRa/LoRaWAN nodes; optimized for long sleep cycles and short TX bursts.
    Design: rugged, service-light; recyclable metal components; RoHS/REACH-oriented materials.

    Facts about our development

    We engineer autonomous power modules based on primary carbon-zinc and copper-zinc cells.
    The system is designed for low-power IoT/LoRa devices, lighting and safety beacons where grid access is impractical.

    The development is ongoing

    We continuously test chemistry, enclosures and duty-cycle profiles in field pilots to extend service life and simplify maintenance.
    Upcoming iterations include modular power classes and integrated LoRa telemetry.

    Unique and simple technology

    Drop-in ground installation, predictable discharge curve, and few parts.
    No trenching or metering: deploy power where you need it and start sending data over LoRa within minutes.

    Environmental protection is our priority

    Recyclable metal components and low-impact carbon-zinc / copper-zinc chemistry help reduce footprint versus many lithium systems.
    We design for RoHS/REACH compliance and responsible end-of-life processing.

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    No grid connection Deploy anywhere - no trenching, meters, or long cable runs.
    Predictable OPEX No monthly electricity bills - only scheduled cell replacement.
    Serviceable & recyclable Tool-light maintenance; recyclable metal components (RoHS/REACH-oriented design).
    Standalone primary power; utility approvals often not required (check local rules).
    Power where you need it Autonomous supply for LED lighting and LoRa sensors in remote sites.
    Optimized chemistry Carbon-zinc or copper-zinc cells selected for climate and duty cycle; LoRa telemetry ready.
    Year-round autonomous operation

    SERP power modules are engineered for ultra-low-power deployments and outdoor use. The primary carbon-zinc or copper-zinc cell provides a stable output for LED lighting and LoRa nodes across typical seasonal conditions. Service intervals depend on duty cycle and environment and are defined in the datasheet and pilot reports.

    Existing or potential bottlenecks / risks

    • Regulatory & certification: local permitting, CE/RED, RoHS/REACH, radio rules for LoRaWAN.

    • Environment: soil chemistry, moisture, temperature; need for site surveys and enclosure selection.

    • Supply chain: metals and consumables availability; logistics to remote areas.

    • Operational: vandalism/tamper, network coverage, maintenance scheduling.

    • Commercial: financing for scale, competition, demand ramp at launch.

    About the project
    SERP Battery (Sustainable Ecological Power) delivers grid-independent power for parks, roadsides and field sensors. The system uses primary carbon-zinc or copper-zinc chemistry, recyclable metal components and integrates with LoRa/LoRaWAN for monitoring and alerts. Typical use cases: billboard and pathway lighting, safety beacons, camera traps, seismic and micro-weather stations. Detailed lifetime and service profiles are provided in the datasheet and pilot documentation.