DS-2FSCH30 30Ah Lithium Solar Backup Battery Pack, MPPT, IP68

Introduction to the DS-2FSCH30 30Ah Lithium Solar Backup Battery Pack

DS-2FSCH30 30Ah Lithium IP68 Battery Pack (MPPT)is a purpose-built rechargeable backup power solution for solar and off-grid IP camera installations. Designed to deliver reliable, long-lasting power in demanding outdoor environments, this 10.8 V nominal, 30 Ah lithium battery pack combines a built-in MPPT solar controller, an integrated heater for cold climates, and a rugged IP68 aluminium alloy enclosure that withstands immersion and harsh weather. With multiple connection options including RS-485, a Ø5.5 mm coaxial power plug and an M8 aviation plug, it is tailored to installers and system designers who need a compact, weatherproof power source for remote surveillance sites.

Key features at a glance

• 30 Ah lithium battery, nominal 10.8 V with a max charging voltage of 12.6 V.
• Built-in MPPT solar charge controller (max output 8 A) for efficient solar harvesting.
• Integrated heater for reliable operation in low-temperature environments.
• IP68-rated aluminium alloy housing (1.5 m for 72 h) for permanent outdoor deployment.
• Multiple connection interfaces: RS-485 (half duplex), Ø5.5 mm coaxial power plug and M8 aviation plug.
• Compact size and light weight (approx. 3.3 kg) for easy installation and transport.

Detailed specifications and benefits

• Model: DS-2FSCH30 — Lithium battery chemistry offering higher energy density and lower weight than sealed lead‑acid alternatives.
• Nominal voltage: 10.8 V; capacity: 30 Ah — providing a significant energy reserve for typical IP cameras and low-power devices.
• Max charging voltage: 12.6 V — tuned for safe and complete charging of the pack.
• Cycle life: >500 cycles — reliable service life for repeated charge/discharge cycles commonly seen in solar-charged systems.

Benefits: Lithium chemistry delivers more usable capacity per kilogram and a longer life than equivalent lead‑acid options. In remote camera sites where changing batteries is costly, >500 cycles equates to years of dependable service when paired with appropriately sized solar panels.

• Type: MPPT (Maximum Power Point Tracking) — more efficient than PWM controllers, especially under variable irradiance and when panel voltage exceeds battery voltage.
• Controller output: Max 8 A; Fully charged voltage: 12.6 VDC.

Benefits: The integrated MPPT controller increases energy capture from the solar array, especially during cloudy conditions or partial shade, meaning smaller or fewer panels can still keep the battery topped up. Integration saves installation time and reduces the number of separate components at the camera site.

• Protection level: IP68 (1.5 m, 72 h) — designed for continuous outdoor use, resistant to dust and immersion.
• Housing material: Aluminium alloy — robust, corrosion-resistant and thermally conductive.
• Dimensions: 236 × 154 × 80 mm; Package: 280 × 170 × 218 mm; Weight: Approx. 3.3 kg.
• Operating and storage ranges: Charging −20 °C to 45 °C; Discharging −20 °C to 60 °C; Storage −20 °C to 60 °C.

Benefits: The IP68 rating and aluminium housing make the pack suitable for exposed mounting near cameras, poles or cabinets. Thermal properties help the integrated heater keep the battery within workable temperatures in cold climates while providing passive dissipation when warm.

• Interfaces: 1 x RS-485 (half duplex), Ø5.5 mm coaxial power plug, M8 aviation plug — offers flexibility for different camera types and installer preferences.
• Integrated heater — enables charging and discharging performance in sub-zero temperatures, reducing downtime during winter months.

Benefits: Multiple connectors reduce the need for adapters or junction boxes. RS‑485 allows for remote monitoring or integration with compatible camera or controller systems, simplifying site management.

Use cases and scenarios where the DS-2FSCH30 excels

This battery pack is designed for any situation where mains power is unavailable, unreliable or costly to provision. Key use cases include:

• Perimeter surveillance for industrial or utility sites: Provides continuous backup power for cameras monitoring fences, gates and access roads where cabling is impractical.
• Remote and rural camera installations: Ideal for farms, conservation areas, rural properties and infrastructure monitoring where grid power does not reach.
• Temporary or mobile surveillance: Construction sites, event security and temporary traffic monitoring benefit from the lightweight and compact format for fast deployment.
• Transport hubs and roadside monitoring: Weatherproof enclosure and heater allow use beside roadways, bridges or tunnels where environmental exposure is a concern.
• Wildlife and environmental monitoring: Low-maintenance power for trail cameras or research equipment that must operate for extended periods unattended.

The integrated MPPT controller and heater make the DS-2FSCH30 especially valuable in locations with variable sunlight and cold winters: the MPPT maximises charge during limited sun hours, while the heater ensures battery chemistry remains functional in freezing conditions.

• Solar panel sizing: To maximise autonomously powered runtime, size the panel array to provide sufficient daily energy considering local irradiance, camera draw and seasonal variation. The MPPT supports up to the controller limits (max output 8 A).
• Mounting and placement: The IP68 aluminium housing allows exposed mounting, but avoid locations that trap heat in direct prolonged sunlight; provide shade or position behind the camera heading if necessary.
• Wiring and polarity: Follow the manufacturer wiring guide—correct polarity and cable gauge are essential for safe, low-loss connections. Use the RS‑485 interface only with compatible equipment.
• Regulatory and safety: Refer to the datasheet for CE/UKCA compliance and observe local regulations for lithium battery installation and disposal.

Comparisons with similar products on the market

When selecting a battery pack for solar-powered surveillance, several factors matter: energy density, cycle life, weatherproofing, charging efficiency and total system cost. The DS-2FSCH30 stands out in key areas:

• Energy density and weight: Lithium chemistry typically offers far better energy-per-weight than sealed lead‑acid or AGM batteries. At roughly 3.3 kg, the DS-2FSCH30 is easier to mount and transport than heavier lead‑acid equivalents delivering similar usable capacity.
• Integrated MPPT vs. separate controller: Many kits bundle a PWM controller to reduce cost. MPPT is more efficient—especially when panel voltage exceeds battery voltage—so the DS-2FSCH30 will harvest more energy and reduce required panel size compared to PWM-equipped packs.
• Environmental protection: IP68 aluminium housing is more robust than plastic enclosures and better suited for long-term outdoor exposure, compared with consumer-style solar battery boxes that often offer only IP65 or less.
• Cold-weather capability: The built-in heater is a notable advantage over packs without temperature regulation; it enables charging and discharging in sub-zero conditions without auxiliary heaters or insulated enclosures.
• Cost vs. lifecycle: The suggested price reflects integrated components and robust housing. While initial cost can be higher than basic lead‑acid solutions, the longer cycle life and reduced maintenance typically lower total cost of ownership for remote installations.

Trade-offs to consider: For very low-cost, short-duration projects where weight and lifespan are less important, simpler lead‑acid packs or separate controllers may be cheaper up‑front. For mission-critical or hard-to-access sites, the DS-2FSCH30’s efficiencies and features usually outweigh the higher initial cost.

Customer feedback and installer observations

Public, verified customer reviews for this exact model may be limited in some marketplaces. However, feedback commonly reported by installers and site managers for similar integrated lithium solar packs highlights several recurring themes:

• Positive: Ease of installation and fewer components to wire up thanks to the built-in MPPT controller and multiple plug options.
• Positive: Reliable performance through winter months — the integrated heater and wide operating range reduce failures linked to cold temperatures.
• Positive: Compact footprint and low weight simplify pole-mount or enclosure retrofits without heavy lifting or structural reinforcement.
• Constructive: Some buyers note that warranty length and post-sales support vary by vendor; confirm warranty terms and spares availability at purchase (the product data provided here indicates a warranty field of 0—verify with your supplier).

If you are an installer considering this pack, seek local references or ask the vendor for recent installations and uptime statistics. Real-world feedback from sites with similar environmental challenges will be most informative.

Conclusion: Why the DS-2FSCH30 is a strong choice for solar CCTV power

The DS-2FSCH30 30Ah Lithium Solar Backup Battery Pack combines the key attributes required for dependable off‑grid surveillance: efficient MPPT charging, a resilient IP68 aluminium housing, a heater for cold climates and a compact, lightweight form factor. It is particularly well suited to remote perimeter, rural and temporary camera installations where maintenance visits are costly and reliability is paramount.

Compared with heavier lead‑acid alternatives and basic PWM kits, the DS-2FSCH30 typically delivers superior energy harvesting, longer service life and a lower total lifecycle cost despite a higher upfront price. Its multiple connectors and RS‑485 interface also make it flexible for integration into a range of camera systems.

Before purchase, verify warranty and support details with your supplier, size the solar array appropriately for your location and load, and follow the official installation guide for safe, long-lasting operation. For installers and organizations seeking a compact, weatherproof, and winter‑ready power solution for remote surveillance, the DS-2FSCH30 is a compelling option that balances performance, durability and practical on-site convenience.